1N823A

Zener Single Diode, 6.2 V, 500 mW, DO-35, 2 Pins, 200 °C, Through Hole

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Manufacturer: AMERICAN POWER DEVICES
Product type: Zener Single Diodes
Zener Voltage Vz Typ:6.2V; Power Dissipation Pd:500mW; Diode Case Style:DO-35; Zener Tolerance ±:-; No. of Pins:2Pins; Operating Temperature Max:200°C; Product Range:1N823 Series; Automotive Qualific
No. of Pins: 2Pins
Product Range: 1N823
Qualification: -
Diode Mounting: Through Hole
Diode Case Style: DO-35
Power Dissipation: 500mW
Zener Voltage Nom: 6.2V
Operating Temperature Max: 200°C
Delivery and price
Units per pack	1000
Price	1.67 €
Current stock	500+
Lead time	7 days
Datasheet
- AMERICAN **AMERICAN POWER** POWER DEVICES **DEVICES** 

- — **S3E** 2e3E **D** D M@ **073713S** 0737135 **QDDDDn** 0000019 **1** 5 mm f-//~o7 _**/ - t{~ a -7**_ 

**T C Z E N E R D I O D E S** 

## 250mW, **250mW,** TC **TC** 

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DO-7 DO-7Case  Case<br>**----- End of picture text -----**<br>


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DO-7 DO-7 Case   Case<br>**----- End of picture text -----**<br>


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1 Type  i ZenerMIn. Max.  Voltage  ; Current Test  ' T T  a DynamicZ7T@Maximumt  Impedance  '7T  . | _ Temperature  A  Stability Stability Voltage  Voltage V T J Max.  i Temperature Range  | Temperature Coefficient  CoefficientTypical! Typical  __ _| 020 * 002^  096 tOll  096 £01<br>|jp} V  [voeee V  maT mA  ee= n  tag Vp mV  mV Man |a °C  VEC %1'C  0208 008 | 1  +<br>1N821 1N821 1N821A  15 15 10  96 96 96  —55 -55-55 to+100  to  to +100  +100  01 .01 .01  cs T  =34=  o<br>1N823 1N823A  5.9 6.5  7.5  5 10  1 15  48 48  8 —55 -55-55 to to to  +100  +  +100  .005 .005 .005  MI*J  1  A MIN  1 0 .<br>1N825A1N823A1N825 1N825 1N825A  | | 101015 15 10  | 481919 19  —55—55—55 -55-55 to to  tototo +100  +100  +100  +100+100 .002 .002  .002(005 .002  Hig 265 £035 [rig<br>1N827 1N827  15 15  19 9  9 —§5 -55 to to  +100  +100 .001 .001<br>1N827A 1N827A  5.9 6.5  7.5 7.5  10 10  9  9 —55 -55  to  to +100  +100  .001 .001<br>1N829 1N829  15 15  5 —55 -55 to+100  to +100 .0005 .0005<br>1 1N829A   N829A | 10 10  [ 5 5  5 —55 -55 to to +100  +100  | -0005 .0005<br>+Zener tZener impedance impedance  is is  derived from derived from  the the  1kHz 1kHz voltage voltage created when created when  A C AC  current with RMS value current with RMS value  of of  10% 10%  of of  D C zener test current DC zener test current  is  is<br>superimposed superimposed on on  the the  test current.  test current.<br>250 250 mW, TC  mW, TC DO-7 DO-7  Case  Case<br>" Typef  ” zoneistige ZenerNominal  Voltage  ] Current Test  | DynamicMaximumt  Impedance  |” Temperature Stability  Voltage Voltage  Temperature Range  | _ Temperature Coefficient  Typical Typical  These silicon 7  devices ;  are low level,<br>po V7+  | _cuttnt IZT  | oyeantngTlane Z7T@  ITT  [TaRBeaws AVTT-Max.  | TeRgEGIve | Temetatwe | temperature-compensated, zener refer- These silicon devices are low evel<br>po V  ig mA  er @ a   ey vz mV  Max || "C  %fC  temperature-compensated, zener ence diodes. Oxide-passivated junc-  refer-<br>1N4765 1N4765 1N4765A  9.1  a 0.5  350  141 68  ye -550to+ to +100  75  0.01 0.01  tions give long erence diodes. Oxide-passivated  term stability and  junc-  make<br>wasees 1N4766  9.1 ba68 34  8B 0to+ OtoI + OT  75  75 ON 0.005  0.01 tionsthese these diodes highly reliable reference   give diodes long highly term stability reliable referenceand make<br>| [1N4766A_] 1N4766A  | | 70 70  —85to+100 -55 to +100  | 0.005 0.005  sources. sources.  Glass-enclosed  Glass-enclosed  construction  construction<br>1N4767 1N4767  14 14  Oto+ 0to+ 75  75 0.002 0.002  provides provides a  a rugged,  rugged, hermetically-sealed  hermetically-sealed<br>1N4767A1N4768 1N4767A 1N4768  9.1  94‘ 0.5  350  28 28  7 7  -85to+100 -55 Oto+ 0 to to +100  + 75  75  | 0.0010.002 0.002 0.001  unit. unit.<br>1N4768A 1N4768A  | 14 14  —§5 -55 to to +100  +100  0.001 0.001<br>1N4769 1N4769  0.5 0.5  350 350  3 Oto+ 0to+ 75  75 0.005 0.005<br>1N4769A 1N4769A  9.1 9.1  0.5 0.5  350 350  7 3 7  —55 -55  to  to  +100  +100  0.005 0.005<br>1N4770 1N4770  1.0 1.0  200 200  68 68  Oto+ 0to+ 75  75 0.01 0.01<br>1N4770A 1N4770A  1.0 1.0  200 200  141 141  —55 -55  to  to+100   +100 0.01 0.01  DO-7 DO-7 Case   Case<br>1N4771  34  0tp+ 75  0.005<br>1N47711IN4771A 1N4771A  9.1  9.1 1.0 1.0  200  3470 70  —55 -55fo+100  0 gto ++10075 0.005 0.005  0.005<br>1N4772 1N4772  . 14 14  Oto+ 0to+ 75  75 0.002 0.002<br>1N4772A 1N4772A  28 28  —§5 -55 to to +100  +100  0.002  0.002<br>1N4773 1N4773  7 7  0tO+ Oto +  75  75 0.001  0.001<br>1N4773A1N4774 1N4773A 1N4774  9.1 9.1  ‘ 1.0 1.0  200  14 14  3 3  -55to+100 -550 Oto+  to+100  to + 75  75  | 0.0010.0005 0.001 0.0005<br>|Standard tStandard [1N4774A] 1N4774A   tolerance  tolerance Is Is  ± 5 % .  +5%. 7 7  —§5 -55 to to +100  +100  0.0005 0.0005  |<br>$Zener tZener impedance impedance  Is Is  derived from derived from  the the  1kHz 1kHz voltage created when voltage created when  A C AC  current with RMS value current with RMS value  of of  10% 10%  of of  DC DC  zener test current zener test current  i  is<br>superimposed superimposed  on on the  the test current.  test current.<br>250 250 mW, TC  mW, TC  mW, TC DO-7 DO-7 Case Case  Case<br>**----- End of picture text -----**<br>


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250 mW, TC  mW, TC  mW, TC DO-7 DO-7 Case Case  Case<br>Type  Zener Zener\ MIn.  Voftage [/oftage ] Max.  Current  Test Test  7 Dynamic Maximum Maximum  Impedancet  | Temperature Stability  Voltage Voltage  ] Temperature Temperature Range  TTypical Temperature Coefficient Typical<br>vV z  Vz V  mA  'ZT  zZT @ln  "ZT  AVzrmV  Max.  °C  WC<br>1N3496 1N3496  23 .005 .005<br>1N3497 1N3497  23 9  9 .002 .002<br>1N3498 1N3498  5.9 6.5  7.5  75 15 15  5 5  Oto 0 to +75  +75  .001 .001<br>1N3499 1N3499  2 2  .0005 .0005<br>1N3500 1N3500  _ 47 47  .01 .01<br>$Zener impedance is derived from the 60 Hz voltage created when AC current with RMS value of 10% of DC zener test current<br>superimposed superimposed  on  on  the  the  test  test current.  current.<br>**----- End of picture text -----**<br>


SEMICONDUCTORS **S E M I C O N D U C T O R S** 17 **17** 

**IPN= 0737135 0000020 511** IPN= 0737135 0000020 511 

> **AMERICAN** AMERICAN **POWER** POWER **DEVICES** DEVICES 

> **S'lE D LVJ** SSE D MM **0737135 • • • • • 5 5** 0737335 OO00055 **630** 830 **•APDTr^-to** MBAPD7-9-60 

## **AMERICAN POWER DEVICES SELECTION GUIDE** _**APD**_ APD _**devices**_ devices cross-reference _**cross-reference**_ to _**to**_ Motorola _**Motorola**_ part _**part**_ numbers. _**numbers.**_ For _**For**_ applications _**applications**_ where _**where output**_ output _**voltages**_ voltages must _**must**_ remain _**remain**_ within _**within**_ narrow _**narrow**_ limits _**limits**_ during _**during**_ changes _**changes**_ in input _**in input**_ voltage, _**voltage, load**_ load resistance _**resistance**_ and _**and**_ temperature. _**temperature.**_ 

## **TEMPERATURE COMPENSATED VOLTAGE REFERENCE** TEMPERATURE COMPENSATED VOLTAGE REFERENCE **DIODES** DIODES 

|||**Average Temperature Coefficient Over The Operating Range**<br>AverageTemperature CoefficientOverTheOperating Range|
|---|---|---|
|**Nominal**<br>**Zener**<br>**Voltage**<br>**V**<br>**6.2***<br>**6.2"**<br>**6.4**<br>**8.4**<br>**8.5**<br>**9.0**<br>**9.1**<br>**11.7**<br>Zener<br>Voltage<br>Vv<br>6.2°<br>627<br>85<br>11.7<br>Z,215|**Test**<br>**Current**<br>**Test**<br>**Temperature**<br>**Points**<br>**mAdc**<br>**7.5**<br>**7.5**<br>**A**<br>**A**<br>**0.5**<br>**_OJS_**<br>**1.0**<br>**1.0**<br>**2.0**<br>**2.0**<br>**4.0**<br>**4.0**<br>**B**<br>**A**<br>**B**<br>**A**<br>**B**<br>**A**<br>**B**<br>**A**<br>**10**<br>**10**<br>**A**<br>**C**<br>**0.5**<br>**_OJS_**<br>**1.0**<br>**1.0**<br>**B**<br>**A**<br>**B**<br>**A**<br>**7.5**<br>**7.5**<br>**7.5**<br>**B**<br>**A**<br>**C**<br>**0.5**<br>**0.5**<br>**1.0**<br>**1.0**<br>**B**<br>**A**<br>**B**<br>**A**<br>**7.5**<br>**_7JS_**<br>**7.5**<br>**B**<br>**A**<br>**C**<br>Current |Temperature<br>Points<br>mAde<br>75<br>75<br>0.5<br>B<br>0.5<br>A<br>1.0<br>B<br>1.0<br>A<br>2.0<br>B<br>2.0<br>A<br>4.0<br>B<br>40<br>A<br>0s<br>B<br>05<br>A<br>1.0<br>B<br>1.0<br>A<br>75<br>75<br>75<br>0.5<br>B<br>0.5<br>A<br>1.0<br>B<br>1.0<br>A<br>75<br>75<br>75|**Temperature**<br>**0.01WC**<br>**0.005WC**<br>**0.002WC**<br>**0.001VC**<br>**0.0005WC**<br>**Case**<br>**Type**<br>**AVZ**<br>**Max**<br>**V**<br>**Type**<br>**AVz**<br>**Max**<br>**V**<br>**Type**<br>**AVZ**<br>**Max**<br>**V**<br>**Type**<br>**AVz**<br>**Max**<br>**V**<br>**Type**<br>**AVZ**<br>**Max**<br>**V**<br>**1N821**<br>**1N821A**<br>**0.096**<br>**0X1961N823**<br>**1N823A**<br>**0.048**<br>**0.0481N825**<br>**1N825A**<br>**0.019**<br>**0.0191N827**<br>**1N827A**<br>**0.009**<br>**0.0091N829**<br>**1N829A**<br>**0.005**<br>**0.005**<br>**1N4565**<br>**1N4565A**<br>**1N4S70**<br>**1N4570A**<br>**1M4575**<br>**1N4575A**<br>**1N4580**<br>**1N4580A**<br>**0.046**<br>**0.099**<br>**0.048**<br>**0.099**<br>**0.048**<br>**0.099**<br>**0.048**<br>**0.099**<br>**1N4566**<br>**1N4566A**<br>**1N4571**<br>**1N4571A**<br>**1N4576**<br>**1N4576A**<br>**1N4581**<br>**1N4581A**<br>**0.024**<br>**0.050**<br>**0.024**<br>**0.050**<br>**0.024**<br>**0.050**<br>**0.024**<br>**0.050**<br>**1N4567**<br>**1N4567A**<br>**1N4572**<br>**1N4572A**<br>**1N4577**<br>**1N4577A**<br>**1N4582**<br>**1N4582A**<br>**0.010**<br>**0.020**<br>**0.010**<br>**0.020**<br>**0.010**<br>**0.020**<br>**0.010**<br>**0.020**<br>**1N4568**<br>**1N4568A**<br>**1N4573**<br>**1N4573A**<br>**1N4578**<br>**1N4578A**<br>**1N4583**<br>**1N4583A**<br>**0.005**<br>**0.010**<br>**0.005**<br>**0.010**<br>**0.005**<br>**0.010**<br>**0.005**<br>**0.010**<br>**1N4569**<br>**1N4569A**<br>**1N4574**<br>**1N4574A**<br>**1N4579**<br>**1N4579A**<br>**1N4584**<br>**1N4584A**<br>**0.002**<br>**0.005**<br>**0.002**<br>**0.005**<br>**0.002**<br>**0.005**<br>**0.002**<br>**0.005**<br>**DO-7**<br>**1N3154**<br>**1N3154A0.130**<br>**0.1721N3155**<br>**1N3155A0.065**<br>**0.0851N3156**<br>**1N3156A0.026**<br>**0.0341N3157**<br>**1N3157A0.013**<br>**0.017**<br>**...**<br>**1N477S**<br>**1N4775A**<br>**1N4780**<br>**1N4780A**<br>**0.064**<br>**0.132**<br>**0.064**<br>**0.132**<br>**1N4776**<br>**1N4776A**<br>**1N4781**<br>**1N4781A**<br>**0.032**<br>**0.066**<br>**0.032**<br>**0.066**<br>**1N4777**<br>**1N4777A**<br>**1N4782**<br>**1N4782A**<br>**0.013**<br>**0.026**<br>**0.013**<br>**0.026**<br>**1N4778**<br>**1N4778A**<br>**1N4783**<br>**1N4783A**<br>**0.006**<br>**0.013**<br>**0.006**<br>**0.013**<br>**1N4779**<br>**1N4779A**<br>**1N4784**<br>**1N4784A**<br>**0.003**<br>**0.007**<br>**0.003**<br>**0.007**<br>**1N935**<br>**1N935A**<br>**1N935B**<br>**0.067**<br>**0.139**<br>**0.184**<br>**1N936**<br>**1N936A**<br>**1N936B**<br>**0.033**<br>**0.069**<br>**0.092**<br>**1N937**<br>**1N937A**<br>**1N937B**<br>**0.013**<br>**0.027**<br>**0.037**<br>**1N938**<br>**1N938A**<br>**1N938B**<br>**0.006**<br>**0.013**<br>**0.018**<br>**1N939**<br>**1N939A**<br>**1N939B**<br>**0.003**<br>**0.007**<br>**0.009DO-7**<br>**1N4765**<br>**1N4765A**<br>**1N4770**<br>**1N4770A**<br>**0.068**<br>**0.141**<br>**0.068**<br>**0.141**<br>**1N4766**<br>**1N4766A**<br>**1N4771**<br>**1N4771A**<br>**0.034**<br>**0.070**<br>**0.034**<br>**0.070**<br>**1N4767**<br>**1N4767A**<br>**1N4772**<br>**1N4772A**<br>**0.014**<br>**0.028**<br>**0.014**<br>**0.028**<br>**1N4768**<br>**1N4768A**<br>**1N4773**<br>**1N4773A**<br>**0.007**<br>**0.014**<br>**0.007**<br>**0.014**<br>**1N4769**<br>**1N4769A**<br>**1N4774**<br>**1N4774A**<br>**0.003**<br>**0.007**<br>**0.003**<br>**0.007**<br>**1N941**<br>**1N941A**<br>**1N941B**<br>**0.088**<br>**0.181**<br>**0239**<br>**1N942**<br>**1N942A**<br>**1N942B**<br>**0.044**<br>**0.090**<br>**0.120**<br>**1N943**<br>**1N943A**<br>**1N943B**<br>**0.018**<br>**0.036**<br>**0.047**<br>**1N944**<br>**1N944A**<br>**1N944B**<br>**0.009**<br>**0.018**<br>**0.024**<br>**1N945**<br>**1N945A**<br>**1N94SB**<br>**0.004**<br>**0.009**<br>**0.012**<br>Case<br>AVz<br>AVz<br>AVz<br>AVz<br>AVz<br>Type<br>Max<br>Type<br>Max<br>Type<br>Max<br>Type<br>Max<br>Type<br>Max<br>Vv<br>v<br>v<br>Vv<br>v<br>1N821<br>0.096 |1N823<br>0,048|1N825<br>0.019|1N827<br>0.009|1N829<br>0.005<br>IN821A<br>0.096|1N823A<br>0.048 |1IN825A<br>0.019|1N827A<br>0.009|1N829A<br>0.005<br>1IN4565<br>0.046 |1N4566<br>0.024|1N4567<br>0.010 |1N4568<br>0.005 }1N4569<br>0.002<br>IN4565A | 0.099 | 1N4566A | 0.050| 1N4567A / 0.020 | IN4568A | 0.010 |1N4569A | 0.005<br>1N4570<br>0.048 |1N4571<br>0.024|1N4572<br>0.010 |1N4573<br>0.005| 1N4574<br>0.002 | 00.7<br>1N4570A | 0.099!<br>1N4571A | 0.050 |1N4572A | 0.020}<br>1N4573A | 0.010 | 1N4574A<br>0.005<br>1M4575<br>0.048 |1N4576<br>0.024 |1N4577<br>0.010 |1N4578<br>0.005 |1N4579<br>0.002<br>1N4575A | 0.099 | 1N4576A | 0.050}<br>1N4577A | 0.020| 1N4578A | 0.010 |1N4579A | 0.005<br>1N4580<br>0.048 |1N4581<br>0.024 |1N4582<br>0.010 |1N4583<br>0.005 |1N4584<br>0,002<br>IN4580A | 0.099 |1N4581A | 0.050 | IN4582A | 0.020 |1N4583A | 0.010]<br>1N4584A | 0.005<br>1N3154<br>0.065<br>0.026|1N3157<br>0,013<br>1IN3154A<br>0.085<br>0.034 |1N3157A | 0.017<br>1N4775<br>0.064|1N4776<br>0.032 |1N4777<br>0.013 |1N4778<br>0.006|1N4779<br>0.003<br>1N4775A | 0,132 | 1N4776A | 0.066 |1N4777A | 0.026 |1N4778A | 0.013 |1N4779A | 0.007<br>1N4780<br>0.064|1N4781<br>0.032 |1N4782<br>0.013 |1N4783<br>0.006|1N4784<br>0.003<br>1N4780A_|<br>0.132|1N4781A | 0.066 |1N4782A | 0.026 |1N4783A | 0.013 |1N4784A | 0.007]<br>.<br>1N935<br>0.067 |1N936<br>0.033 |1N937<br>0.013 |1N938<br>0.006|1N939<br>0.003<br>INSSSA<br>0.139|IN936A<br>0.069|1N937A<br>0.027|IN938A<br>0.013 |1N939A<br>0.007 DO7<br>1N935B<br>0.184 |1N936B<br>0.092 |1N937B<br>0.037|1N938B<br>0.018 |1N939B<br>0.009<br>1N4765<br>0.068|1N4766<br>0.034 |1N4767<br>0.014 |1N4768<br>0.007| 1N4769<br>0.003<br>IN4765A | 0.141 | 1N4766A | 0.070 |1N4767A | 0.028 |1N4768A | 0.014 |1N4769A | 0.007<br>1N4770<br>0.068 | 1N4771<br>0.034|1N4772<br>0.014}1N4773<br>0.007| 1N4774<br>0.003<br>1N4770A_|<br>0.141 |1N4771A_|<br>0.070 |1N4772A | 0.028|1N4773A | 0.014 |1N4774A | 0.007<br>1N941<br>0.088|1N942<br>0.044|1N943<br>0.018|1N944<br>0.009|1N945<br>0.004<br>INS41A<br>0.181 |INS42A<br>0.090 |1N943A<br>0.036 |1N9S44A<br>0.018|1N945A<br>0.009<br>1N941B<br>0239|1N942B<br>0.120|1N943B<br>0.047| 1N944B<br>0.024|1N945B<br>0.012|



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Test Test  Temperature Temperature Points  Points<br>A  A -55. -55,  0,+25, 0, +25,  +75,+100  +75, +100<br>B  B 0. 0,  +25, +75  +25, +75<br>Cc C  -55, -55,  0, 25, 0, 25,  +75, +75,  +100, +150  +100, +150<br>ia) D  0, 0,  +25, +25,  +70  +70<br>E  E -55, 0, -55, 0,  +25, +25,  +75,+125  +75, +125<br>F  F -55, 0, +75, -55, 0, +75,  +125,+185  +125, +185<br>G  G +25. +75, +25, +75,  +100  +100<br>**----- End of picture text -----**<br>


> **APD CAN SELECT THE ABOVE PARTS T01% AND 2% TOLERANCES** APD CAN SELECT THE ABOVE PARTS TO 1% AND 2% TOLERANCES 

> **BURN-IN** BURN-IN AND **AND SPECIAL** SPECIAL **TESTING** TESTING CAN **CAN ALSO BE** ALSO BE PROVIDED **PROVIDED** AS **AS** REQUIRED **REQUIRED IPN=** IPN= **0737135 0000056** 0737135 0000056 **777** 777 

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A M E R I C A N AMERICAN POWER POWER DEVICES D E V I C E S  S ^ E SSE  D  D M@® • 7 3 7 1 3 S 0737335 OOOOOSL DOODDSb 7 7 7 777  M MBAPD A P D 7-7-1/ T-l/-il<br>+ 1N821-1N829 1N821-1N829<br>a m e r i c a n<br>> american 1N821A-1N829A  Noo eNbeae<br>4 k<br>mms SEMICONDUCTORS  Power p o w e r  devices, d e v i c e s , i inc. n c .<br>SY<br>500 mW temperature compensated  MECHANICAL<br>500 mW temperature compensated MECHANICAL<br>zener zener reference reference  diodes  diodes CHARACTERISTICS CHARACTERISTICS<br>FEATURES FEATURES  MAXIMUM MAXIMUM  RATINGS  RATINGS  |<br>• 6.2 6.2 V  V  stable  stable references  references • Junction Temperature: -65°C + Junction Temperature: -65°C  lo lo +200°C  +200°C  &<br>* •Guaranteed maximum%/  Guaranteed maximum %/*c ec  * • Storage Temperature: -65°C to +200  Storage Temperature: -65°C to +200°C 6C<br>« •Hermetically sealed glass package   Hermetically sealed glass package * • DC Power Dissipation: 500mW @ T  DC Power Dissipation: 500mW @ T,<50°C L<50°C  QAR, 0j5t! MA  107 MAX  MAX<br>• Derate above 50°C: 3.33mW/°C  JL2SS! MIN<br>* Derate above 50°C: 3.33mMW/°C 3,009 2SJ00  win<br>to<br>These These silicon devices are low-level, temperature compensated, zener  silicon devices are low-level, temperature compensated, zener<br>reference diodes. Oxide-passivated junctions give them stability and<br>reference diodes, Oxide-passivated junctions give them stability and |<br>make these diodes highly reliable reference sources. Glass-enclosed  make these diodes highly reliable reference sources. Glass-enclosed Looe Z400 MIN<br>construction construction provides provides  a a  rugged, hermetically sealed rugged, hermetically sealed  unit.  unit. 2.022 £422 DlA  DIA Ban MIN<br>O  66<br>ELECTRICAL CHARACTERISTICS @ TA= 25°C<br>ELECTRICAL CHARACTERISTICS @ T,= 25°C —_L—.<br>VOLTAGE  F I G U R E 1  all d i m e n s i o n s In I N C H<br>NUMBER NUMBER  IEDEC JEDEC  TYPE TYPE  (Note (Note VOLTAGE VOLTAGE  Vz Vz ZENER ZENER  @ 1 and 4)   @1  IZT  and le  4) CURRENT CURRENT  ZENER ZENER  TEST TEST  ler Izt  (Note (Note IMPEDANCE IMPEDANCE MAXIMUM  MAXIMUMZENER ZENER  3Z »  and 3and 4)  4)  | eee - 5 TEMPERATURE TEMPERATURE (Note5 Caer (iVz,  STABILITY STABILITY * VOLTAGE  3to and + 1 0 0 *  MAX) MAX)  + 100°  4)  TEMPERATURE TEMPERATURE COEFFICIENT  COEFFICIENTEFFECTIVE EFFECTIVE  FIGURECASE: CASE:glass Hermetically sealed  1Hermetically  package (DO-7)  all dimensionssealedIn INCHmm m m<br>VOLTS  mA  OHMS  mV  % r c  FINISH: Corrosion resistant.<br>[vous tn (Note 3 and 4) Qvz glass package (DO-7)<br>1 N 8 2 1  5.9 • 6.5  7.5  15  96  0.01  Leads are tin plated.<br>1NB 1 N 8 2 1 A  21 A 23 5 . 9 - 6 . 5   . 83 | mA23 7.5  |S OKMS, 10  | my36 96  |e0.01 0.01  THERMAL FINISH:Leads Corrosionare  RESISTANCE:   tin plated.resistant.<br>1N822+ 1 N 8 2 2 T  59-65 5.9 3-6.  • 6.5  7.5  75; 15  96 96  0.01 0.01  : THERMAL RESISTANCE:ni<br>1 N 8 2 3  1N823 59-65 5.9 • 6.5  75 7.5  15  48 48  0.005 0.005  250°C/W 250°C/W (typ) (typ)  junction junction to  to<br>1N823A 1 N 8 2 3 A  5.9 - 59-65  6.5  75 7.5  10  28 48  0.005 0.005  ambient. ambient.<br>1 N 8 2 4 T  5.9 • 6.5  7.5  15  48  0.005  POLARITY: Cathode banded.<br>1N825A 1 N 8 2 5 1 N 8 2 5 A  1NB24+ 2359.6.5 5.95.9 - - .  6.5  6.5   83 7.5  752 7.5  10 15  4819 19 19  0.0050.002 0.002 0.002  ; WEIGHT: WEIGHT: POLARITY:  0.2 grams 0.2 Cathode grams  (typ).  (typ).banded.<br>1 N 8 2 6  1N826 6.2-6.9 6 . 2 - 6 . 9  75 7.5  1§ 15  20 20  0.002 0.002  This This  series series  also also  offered offered  in in  D O - 3 5 DO-35  p a c k a g e .   package.<br>1 N 8 2 7  1N827 5.9-6.5 5.9-6.5  7.5  75 15 15  9 9  0.001  0.001 Consult Consult factory factory  for for  availability.  availability,<br>1N827A 1 N 8 2 7 A  59-65 5.9-6.5  75 7.5  10 10  g 9  0001 0 001<br>1N828 1 N 8 2 8  6.2-6.9 6.2 • 6.9  75 7.5  15 15  10 10  0.001  0.001<br>1N829 1 N 8 2 9  59-65 5.9 • 6.5  75 7.5  15 15  5 5  0.0005 0.0005<br>**----- End of picture text -----**<br>


+ **t Double** Double **anode** anode **Electrical** Electrical **specifications** specifications **apply** apply **under** under both **both polarities** polarives 

Note **Note 1** 1 **The** The zener **zener impedance** impedance **is** is derived **derived from** from the **the** 60 **60 Hz ac** Hz ac voltage. **voltage, which** which results **results** when **when** an **an ac** ac **current** current having **having** an **an rms** rms value **value equal** equal **to** to 10% **10% of** of the **the DC** DC zener **zener current** current {I_,) is **is** superimposed **superimposed** on **on 1^.** I. Zener **Zener impedance** impedance **is** 's **measured** measured **at** at **two** two **points** points **to** to **insure** insure **a** a **sharp** sharp **knee** knee **al** al **breakdown** breakdown thus **thus eliminating** eliminating **unstable** unstable **devices.** devices. 

Note **Note 2** 2 **The** The **maximum** maximum **allowable** allowable **change** change **over** over **me** tne **entire** entire **temperature** temperature **range,** range, **i e** e **the** the **diode** diode voltage **voltage will** will **not** not exceed **exceed the** the **specified** specified mV **mV** al **at** any **any** discrete **discrete** temperature **temperature between** between **ihe** the **established** established **limits.** limits. 

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IPN= **IPN= 0737135 0000057 603** 0737135 0000057 603 

> A M E R I C A N AMERICAN POWER POWER DEVICES D E V I C E S S ^ E SSE D D Mt • 0737335 7 3 7 1 3 S 0000057 0 0 D Q Q S 7 b 0 3 • £03 MMAPD APD > Hy 1N821-1N829 **1N821-1N829 a m e r i c a n 1N821A-1N829A** Ala american INB2TACINSSOA SEMICONDUCTORS **SEMICONDUCTORS** fm"2° p o w e d= r d devices, d e v i c e s , i inc. n c . 

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TYPICAL CHARACTERISTICS  TYPICAL CHARACTERISTICS<br>SeoSSSTa eee aes<br>Soe[pe eeeea geesom ceonesEAE Pe<br>2= [wee] ee eeeea<br>8 be ER EFA RT MCT) WT AEC E206 F< NS<br>w ESPEN RSE as ET Ped PES SO So re<br>Etat2 Se eeease tel [memierisetes~] iy<br>ge eae a ee<br>Se<br>5 S 6 7 8 9 10  6 7 F:} 9 w<br>OPERATING OPERATING CURRENT  CURRENT Iz1  fci (mA)  (mA)<br>Figure Figure 3 3 CHANGE  CHANGE  OF  OF  ZENER IMPEDANCE  ZENER IMPEDANCE VERSUS  VERSUS  CHANGE  CHANGE IN OPERATING  IN OPERATING CURRENT  CURRENT<br>:..:::.r"i-"i: :<br>W<br>•li.ii'i-<br>:^=: 'Ir^i:<br>-.TODS<br>-  1<br>. L<br>If!  ; -. j e<br>IF! § Pix:<br>.Ih..',  [•][ I][ : ] U J I , . : *  [:::ir*:: ]<br>= 5.5 6@ 685 70 #75 $e 85 Seas<br>o<br>OPERATING OPERATING CURRENT  CURRENT tz1  In (mA)  (mA)<br>Figure Figure 4 4 CHANGE  CHANGE  OF  OF  TEMPERATURE  TEMPERATURE  COEFFICIENT  COEFFICIENT  VERSUS  VERSUS  CHANGE  CHANGE IN OPERATING  IN OPERATING CURRENT  CURRENT<br>1NS21 1NSZ1 SERIES  SERIES  IN821A 1N821A  SERIES  SERIES<br>_.lfj0»c<br>• -25°C  -55°<br>'ZT  'ZT<br>y = 7.0<br>= y} |<br>/ / / 1<br>-innorj XV/^/—  tar |<br>, 50 fp +2500<br>/ /  1 i |  1  eo An ss0r | |<br>5D iD -25  +25 Ci) 0  25  25 $0 “76 50 -25 0 36 $a<br>V2, ,\'2,  MAXIMUM  MAXIMUM VOLTAGE VOLTAGE  CHANCE CHANCE  (mVJ  (mv) Vz \'l  MAXIMUM MAXIMUM  V O H t S E VOLTASE  CHANGE CHANGE  (mV)  imv)<br>(Reierenced (fifiUfRMC 10 In • 10 177 ©  7.5 7.5 mAl  mA|  (Referenced (fleintntet! lo to  I 127" JT • 7.5 mA)  7.5 mA}<br>Figure Figure 5 5 ZENER  ZENER CURRENT  CURRENT  VERSUS  VERSUS MAXIMUM  MAXIMUM VOLTAGE  VOLTAGE CHANGE  CHANGE<br>**----- End of picture text -----**<br>


69 69 bennett street, lynn, ma 01905-3067 bennett street, lynn, ma 01905-3067 • « tel.: 617 592-6090 tel.: 617 592-6090 • « tax: 617 592-0677 tax: 617 592-0677 IPN= **IPN= 0737135 0000058** 0737135 0000058 **54T** 54T 

## TC ZENER DIODES **250mW** 250mW **(cont.)** (cont.) 

|**Part#**|**Nominal Zener Voltage**<br>**Min.**<br>**Max.**<br>NominalZenerVoltage<br>Min.<br>Max.|**Test**<br>**Current**<br>Test<br>Current|**Maximum Dynamic**<br>**Voltage Temperature**<br>**Impedance**<br>**Stability**<br>Maximum Dynamic<br>VoltageTemperature<br>Impedance<br>Stability|**Temperature**<br>**Range**<br>Temperature<br>Range|**Typical Temperature**<br>**Coefficient**<br>TypicalTemperature<br>Coefficient|
|---|---|---|---|---|---|
||VZ(V)<br>a|IZR(MA)|AVFJMAXIMUM(MV)|**'c**|**T C (%/*C)**|
|1N821<br>1N821A<br>1N823<br>1N823A<br>1N825<br>1N825A<br>1N827<br>1N827A<br>1N829<br>1N829A<br>1N821<br>1N821A<br>1N823<br>1N823A<br>1N825<br>1N825A<br>1N827<br>1N827A<br>1N829<br>1N829A|5.9<br>6.5<br>5.9<br>6.5<br>5.9<br>6.5<br>5.9<br>6.5<br>5.9<br>6.5<br>5.9<br>6.5<br>5.9<br>6.5<br>5.9<br>6.5<br>5.9<br>6.5<br>5.9<br>6.5<br>5.9<br>6.5<br>59<br>6.5<br>5.9<br>6.5<br>5.9<br>6.5<br>5.9<br>6.5<br>5.9<br>6.5<br>5.9<br>6.5<br>5.9<br>6.5<br>5.9<br>6.5<br>5.9<br>6.5|7.5<br>7.5<br>7.5<br>7.5<br>7.5<br>7.5<br>7.5<br>7.5<br>7.5<br>7.5<br>75<br>75<br>75<br>75<br>75<br>75<br>75<br>7.5<br>7.5<br>75|15<br>96<br>10<br>96<br>15<br>48<br>10<br>48<br>15<br>19<br>10<br>19<br>15<br>9<br>10<br>9<br>15<br>5<br>10<br>5<br>15<br>96<br>10<br>96<br>15<br>48<br>10<br>48<br>15<br>19<br>10<br>19<br>15<br>9<br>10<br>9<br>15<br>5<br>10<br>5|-55/+100<br>-55/+100<br>-55/+100<br>-55/+100<br>-55/+100<br>-55/+100<br>-55/+100<br>-55/+100<br>-55/+100<br>-55/+100<br>-§5/+100<br>-55/+100<br>-§5/+100<br>-§5/+100<br>-§5/+100<br>-§5/+100<br>-55/+100<br>-55/+100<br>-55/+100<br>-55/+100|.01<br>.01<br>.005<br>.005<br>.002<br>.002<br>.001<br>.001<br>.0005<br>.0005<br>01<br>.01<br>.005<br>.005<br>.002<br>.002<br>.001<br>.001<br>.0005<br>.0005|
||||**400mW & 500mW**<br>400mW & 500mW|||
|**Part***<br>1N4565<br>1N4565A<br>1N4566<br>1N4566A<br>1N4567<br>1N4567A<br>1N4568<br>1N4568A<br>1N4569<br>1N4569A<br>1N4570<br>1N4570A<br>1N4571<br>1N4571A<br>1N4572<br>1N4572A<br>1N4573<br>1N4573A<br>1N4574<br>1N4574A<br>1N4575<br>1N4575A<br>1N4576<br>1N4576A<br>1N4577<br>1N4577A<br>1N4578<br>1N4578A<br>1N4579<br>1N4579A<br>1N4580<br>1N4580A<br>1N4581<br>1N4581A<br>1N4582<br>1N4582A<br>1N4583<br>1N4583A<br>1N4584<br>1N4584A<br>1N4565<br>1N4565A<br>1N4566<br>1N4566A<br>1N4567<br>1N4567A<br>1N4568<br>1N4568A<br>1N4569<br>1N4569A<br>1N4570<br>1N4570A<br>1N4571<br>1N4571A<br>1N4572<br>1N4572A<br>1N4573<br>1N4573A<br>1N4574<br>1N4574A<br>1N4575<br>1N4575A<br>1N4576<br>1N4576A<br>1N4577<br>1N4577A<br>1N4578<br>1N4578A<br>1N4579<br>1N4579A<br>1N4580<br>1N4580A<br>1N4581<br>1N4581A<br>1N4582<br>1N4582A<br>1N4583<br>1N4583A<br>1N4584<br>1N4584A|**Nominal Zener**<br>**Test**<br>**Voltage**<br>**Current**<br>»Z(V)<br>LZT<MA)<br>6.4<br>0.5<br>6.4<br>0.5<br>6.4<br>0.5<br>6.4<br>0.5<br>6.4<br>0.5<br>6.4<br>0.5<br>6.4<br>0.5<br>6.4<br>0.5<br>6.4<br>0.5<br>6.4<br>0.5<br>6.4<br>1.0<br>6.4<br>1.0<br>6.4<br>1.0<br>6.4<br>1.0<br>6.4<br>1.0<br>6.4<br>1.0<br>6.4<br>1.0<br>6.4<br>1.0<br>6.4<br>1.0<br>6.4<br>1.0<br>6.4<br>2.0<br>6.4<br>2.0<br>6.4<br>2.0<br>6.4<br>2.0<br>6.4<br>2.0<br>6.4<br>2.0<br>6.4<br>2.0<br>6.4<br>2.0<br>6.4<br>2.0<br>6.4<br>2.0<br>6.4<br>4.0<br>6.4<br>4.0<br>6.4<br>4.0<br>6.4<br>4.0<br>6.4<br>4.0<br>6.4<br>4.0<br>6.4<br>4.0<br>6.4<br>4.0<br>6.4<br>4.0<br>6.4<br>4.0<br>Nominal Zener<br>Test<br>Voltage<br>Current<br>eeOe<br>6.4<br>0.5<br>6.4<br>0.5<br>6.4<br>0.5<br>6.4<br>0.5<br>6.4<br>0.5<br>6.4<br>0.5<br>6.4<br>0.5<br>6.4<br>0.5<br>6.4<br>0.5<br>6.4<br>0.5<br>6.4<br>1.0<br>6.4<br>1.0<br>6.4<br>1.0<br>6.4<br>1.0<br>6.4<br>1.0<br>6.4<br>1.0<br>6.4<br>1.0<br>6.4<br>1.0<br>6.4<br>1.0<br>6.4<br>1.0<br>6.4<br>2.0<br>6.4<br>2.0<br>6.4<br>2.0<br>6.4<br>2.0<br>6.4<br>2.0<br>6.4<br>2.0<br>6.4<br>2.0<br>6.4<br>2.0<br>6.4<br>2.0<br>6.4<br>2.0<br>6.4<br>4.0<br>6.4<br>4.0<br>6.4<br>4.0<br>6.4<br>4.0<br>6.4<br>4.0<br>6.4<br>4.0<br>6.4<br>4.0<br>6.4<br>4.0<br>6.4<br>4.0<br>6.4<br>4.0||**Maximum Dynamic**<br>**Voltage Temperature**<br>**Impedance**<br>**Stability**<br>ZZR®**IZT**<br>AVJRRORIV)<br>200<br>48<br>200<br>99<br>200<br>24<br>200<br>50<br>200<br>9.6<br>200<br>20<br>200<br>4.8<br>200<br>9.9<br>200<br>2.4<br>200<br>5.0<br>100<br>48<br>100<br>99<br>100<br>24<br>100<br>50<br>100<br>9.6<br>100<br>20<br>100<br>4.8<br>100<br>9.9<br>100<br>2.4<br>100<br>5.0<br>50<br>48<br>50<br>99<br>50<br>24<br>50<br>50<br>50<br>9.6<br>50<br>20<br>50<br>4.8<br>50<br>9.9<br>50<br>2.4<br>50<br>5.0<br>25<br>48<br>25<br>99<br>25<br>24<br>25<br>50<br>25<br>9.6<br>25<br>20<br>25<br>4.8<br>25<br>9.9<br>25<br>2.4<br>25<br>5.0<br>MaximumDynamic<br>VoltageTemperature<br>Impedance<br>Stability<br>200<br>48<br>200<br>99<br>200<br>24<br>200<br>50<br>200<br>9.6<br>200<br>20<br>200<br>48<br>200<br>9.9<br>200<br>2.4<br>200<br>5.0<br>100<br>48<br>100<br>99<br>100<br>24<br>100<br>50<br>100<br>9.6<br>100<br>20<br>100<br>4.8<br>100<br>9.9<br>100<br>2.4<br>100<br>5.0<br>50<br>48<br>50<br>99<br>50<br>24<br>50<br>50<br>50<br>9.6<br>50<br>20<br>50<br>48<br>50<br>9.9<br>50<br>2.4<br>50<br>5.0<br>25<br>48<br>25<br>99<br>25<br>24<br>25<br>50<br>25<br>9.6<br>.<br>25<br>20<br>25<br>4.8<br>25<br>9.9<br>25<br>2.4<br>25<br>5.0|**Temperature**<br>**Range**<br>**°c**<br>0/+75<br>-55/+100<br>0/+75<br>-55/+100<br>0/+75<br>-55+/100<br>0/+75<br>-55/+100<br>0/+75<br>-55/+100<br>0/+75<br>-55+/100<br>0/+75<br>-55/+100<br>0/+75<br>-55/+100<br>0/+75<br>-55+/100<br>0/+75<br>-55/+100<br>0/+75<br>-55+/100<br>0/+75<br>-55+/100<br>0/+75<br>-55/+100<br>0/+75<br>-55/+100<br>0/+75<br>-55+/100<br>0/+75<br>-55/+100<br>0/+75<br>-55/+100<br>0/+75<br>-55+/100<br>0/+75<br>-55/+100<br>0/+75<br>-55/+100<br>Temperature<br>Range<br>0/+75<br>-55/+100<br>0/+75<br>-§5/+100<br>0/+75<br>-§5+/100<br>0/+75<br>-§5/+100<br>0/+75<br>-55/+100<br>0/+75<br>~§54/100<br>0/+75<br>-55/4100<br>0/+75<br>-55/+100<br>0/+75<br>~55+/100<br>0/+75<br>-55/+100<br>0/+75<br>-§54/100<br>0/+75<br>-§5+/100<br>0/+75<br>-55/+100<br>0/+75<br>-55/+100<br>0/+75<br>-55+/100<br>0/+75<br>-55/+100<br>0/+75<br>~55/+100<br>0/+75<br>-§54/100<br>0/+75<br>-55/+100<br>0/+75<br>-55/+100|**Typical Temperature**<br>**Coefficient**<br>**T**<br>**C < W C ) **<br>.01<br>.01<br>.005<br>.005<br>.002<br>.002<br>.001<br>.001<br>.0005<br>.0005<br>.01<br>.01<br>.005<br>.005<br>.002<br>.002<br>.001<br>.001<br>.0005<br>.0005<br>.01<br>.01<br>.005<br>.005<br>.002<br>.002<br>.001<br>.001<br>.0005<br>.0005<br>.01<br>.01<br>.005<br>.005<br>.002<br>.002<br>.001<br>.001<br>.0005<br>.0005<br>TypicalTemperature<br>Coefficient<br>.01<br>01<br>.005<br>.005<br>.002<br>.002<br>.001<br>.001<br>.0005<br>.0005<br>.01<br>01<br>.005<br>.005<br>002<br>.002<br>.001<br>.001<br>.0005<br>.0005<br>.01<br>.01<br>.005<br>.005<br>.002<br>.002<br>.001<br>.001<br>.0005<br>.0005<br>.01<br>01<br>.005<br>.005<br>.002<br>.002<br>.001<br>.001<br>.0005<br>.0005|



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> _**CALL US**_ CALL US AT _**AT**_ 617-592-6090 _**617-592-6090**_ 

> _**OR FAX**_ OR FAX US _**US**_ AT _**AT**_ 617-592-0677 _**617-592-0677**_ 

_27_ 27 

**IPN=** IPN= **0737135 0000115** 0737135 0000115 **035** 035 

**I713S** 17435 **DQQD114** 0000114 **ITT** 179
Updated at March 15, 2026
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