Electronics component information search at www.epanorama.net
Information is printed on following sections if it is available.
If no information is available those sections are empty.
The information published 'as is' with no guarantee whatsoever.
No responsibility is accepted for the accuracy of information given.
You should always check the component data sheet before using the information to make sure you have the correct data and pinouts.
Information on D
General information on component code
SMD code Date: 28 Jul 1995
SMD code D = 2SA1037AKLS (SMT Pack L=2.9mm W=2.9mm)
SMD code D = 1SS376 (ROHM)
SMD code D0 = HSMP-3800 (HP)
SMD code D1 = BCW31
SMD code D2 = BCW32
SMD code D2 = HSMP-3802 (HP)
SMD code D3 = BCW33
SMD code D3E = RB411D (ROHM)
SMD code D4 = BCW31R
SMD code D4 = HSMP-3804 (HP)
SMD code D5 = BCW32R
SMD code D58 = FLLD258 (Zetex)
SMD code D6 = BCW33R
SMD code D63 = FLLD263 (Zetex)
SMD code D7 = BCF32
SMD code D76 = BAR18 (ST)
SMD code D77 = BCF32R
SMD code D8 = BCF33
SMD code D81 = BCF33R
SMD code D91 = BCV61
SMD code D94 = BAR42 (ST)
SMD code D95 = BAR43 (ST)
SMD code D96 = BAS70-04 (ST)
SMD code DA = BF622
SMD code DA5 = BAR43S (ST)
SMD code DB = BF623
SMD code DB1 = BAR43A (ST)
SMD code DB2 = BAR43C (ST)
SMD code DC = BF620
SMD code DF = BF621
SMD code DH = BCW68GLT1 (MOT)
Component dataDAC08E D/A Converter
DG212 Quad analog switch
DB3 Diac P=150mW IBO=100uA IB=10uA VBO=32V
DB4 Diac P=150mW IBO=100uA IB=10uA VBO=40V
CR2032, DL2032, L2032, BR2332, ECR2032, 2032, EA2032C, LF1/2V, L14, BR2032, 2332, SB-T15
Lithium Button Cell 3V
D, KD, MN1300, LR20, E95, 4050, AM1, MONO
Round battery known commonly with name D, 1.5V, 14000 mAH alkaline, diameter 33 mm, length 58 mm, weight 135 g
5V and 12V RS-232 2 Drivers, 2 Receivers 14 Pin PDIP
5V and 12V RS-232 2 Drivers, 2 Receivers 16 Pin SOIC
Pinout information4N29 4N32 4N33
1488, 75188 TTL to RS232 level shifter. The outputs are at RS-232 levels, and sometimes are connected to ground through a small capacitor (up to 470 pF) to reduce slew-rate. Note that 1B is missing (and can be taken to be 1 at all times). Usually VDD=+12 and VEE=-12. +---+ +---+ +---+---+-----+ VEE |1 +--+ 14| VDD | A | B I Y | 1A |2 13| 4A +===+===+=====+ 1Y |3 12| 4B | 0 | 0 I VDD | 2A |4 1488 11| 4Y | 0 | 1 I VDD | 2B |5 10| 3A | 1 | 0 I VDD | 2Y |6 9| 3B | 1 | 1 I VEE | GND |7 8| 3Y +---+---+-----+ +----------+ 1489, 75189 RS232 to TTL level shifter. A inputs are RS232-level inputs, C inputs are response control, a TTL signal which could be used to adjust threshhold and hysteresis but is generally unnecessary and unused. It is often tied through a 300 - 470 pF capacitor to ground. +---+ +---+ 1A |1 +--+ 14| VCC 1C |2 13| 4A 1Y |3 12| 4C 2A |4 1489 11| 4Y 2C |5 10| 3A 2Y |6 9| 3C GND |7 8| 3Y +----------+ This pinout is from GIICM 4N33, ECG3083 Optoisolater with split Darlington output. Vcc = 18 V max., 8 pin DIP. Pin 1: NC Pin 2: LED Anode Pin 3: LED Cathode Pin 4: NC Pin 5: Gnd/Q2 Emitter Pin 6: Q2 Collector Pin 7: Q1 Emitter/Q2 Base Pin 8: Vcc/PD Anode/Q1 collector.
Cross reference dataD KD MN1300 LR20 E95 4050 AM1 MONO CR2032 DL2032 L2032 BR2332 ECR2032 2032 EA2032C LF1/2V L14 BR2032 2332 SB-T15 D KD MN1300 LR20 E95 4050 AM1 MONO # IC Data from http AD231AQ SP231ACP
Availability from suppliers
NOTE: The information contained in this search is based on data considered accurate. No warranty is expressed or implied regarding the accuracy of this data. Liability is expressly disclaimed for any any loss or injury arising out of this information or use of any materials designated.
Currently this search engine can give you information on discrete semiconductors like transistors, FETs, diodes, thyristors etc. The component information data database knows over 6000 most common transistors, diodes, logic ICs and many other components. General description is available from very much larger number of components. Cross reference database has cross-reference information on more than 7000 transistors and ICs. There is also pinout for very many ICs and transistors. There is also data and cross reference for very many battery types. There is also data on different AWG size wires.
The Cross Reference tries to provide a listing of closest replacement devices. The replacement may or may not be an exact replacement, so the user should consult both data sheets to confirm performance. We recommend that you completely review datasheet to confirm the device functionality for your application.
The information in this service has been checked and is believed to be accurate. However, no responsibility is assumed for inaccuracies. Should you find an inaccuracy, or have additional product data to add that you feel would improve this tool, please forward the information to email@example.com.
Please note that ELH Communications Ltd. does not sell electronics components. Please do not query on price or availability.
- Write the code without spaces (for example 12AWG for wire size, BC547 for transistor)
- If you can't find data with full code on the component case, try leaving out the end letters that specify the case type etc.
- For many generic IC families like 7400 or 4000 series ICs, write only the IC code without the manufacturer identification letters in the beginning of the code.
- For most 7400 series ICs if you cannot get data with full code, try the generic type like 7414. Almost all 74 series IC types use the same pinout as the basic version without any letters in the type coce (but not all).
- For data on 4000 series CMOS IC pinouts use the generic code like 4001 (leave out the letters form the beginning and end of the code)
- The search engine can also tell what markings like 2R2, 1u1, 3p3 etc. seen sometimes in circuit diagrams mean
- All wire ratings are for wires made od normal copper. You can get wire data with keyboards like 12AWG and 1.5mm2, most common wire USA and European sizes are supported.