TO-202 EQUIVALENT Search Results

lt 302d

Abstract: voltage follower lm 741 AM102
Contextual Info: Am102/202/302 Voltage Follower Distinctive Characteristics • The Am102/202/302 are functionally, electrically, and pin-for-pin equivalent to the National LM102/ 202/302 • Supp ly voltage range: ±5.0V to ±18V • 100% reliability assurance testing in compliance with

Contextual Info: Handheld Relative Humidity Meters RH-202 Series 515 $ Basic Unit Common Features ߜ Waterproof to IP65 With Plug Connected ߜ Magnified Display ߜ Separate Battery Compartment ߜ RH Accuracy±2% ߜ -10 to 100°C (14 to 212°F) RH-202 Features ߜ Backlight

MX614P

Abstract: MX614DW plc modem using fsk MX614 fsk modem bell 202
Contextual Info: MX614 COMMUNICATION SEMICONDUCTORS DATA BULLETIN Bell 202 Compatible Modem PRELIMINARY INFORMATION Features Applications • • Low Voltage Operation 3.3V to 5.0V • Low Power Operation 1mA typ. @ 3.3V Operating Mode 1200bps - 1800bps half duplex Bell 202

MX614DW

Abstract: mx614p MX614 MX614TN
Contextual Info: MX614 COMMUNICATION SEMICONDUCTORS DATA BULLETIN Bell 202 Compatible Modem PRELIMINARY INFORMATION Features Applications • • Low Voltage Operation 3.3V to 5.0V • Low Power Operation 1mA typ. @ 3.3V Operating Mode 1200bps - 1800bps half duplex Bell 202

FSK modulator and demodulator

Abstract: MX614DW MX614P MX614 MX614TN FSK power line modem
Contextual Info: MX614 COMMUNICATION SEMICONDUCTORS DATA BULLETIN Bell 202 Compatible Modem PRELIMINARY INFORMATION Features Applications • • Low Voltage Operation 3.3V to 5.0V • Low Power Operation 1mA typ. @ 3.3V Operating Mode 1200bps - 1800bps half duplex Bell 202

epson 1390

Abstract: Epson-SED1520 SED1520 LCD-202H032A
Contextual Info: LCD-202H032A Vishay 202 x 32 Graphic LCD FEATURES • Type: Graphic • Display format: 202 x 32 dots • Built-in controller: Epson SED1520 or equivalent • Duty cycle: 1/32 • Built-in oscilation • + 2.85 V to + 5 V power supply • Compliant to RoHS directive 2002/95/EC

LCD-202H032A

Contextual Info: LCD-202H032A www.vishay.com Vishay 202 x 32 Graphic LCD FEATURES • Type: Graphic • Display format: 202 x 32 dots • Built-in controller: equivalent Avant SBN1661G or • Duty cycle: 1/32 • Built-in oscilation • + 2.85 V to + 5 V power supply • Material categorization: For definitions of compliance

TOP210PFI equivalent

Abstract: TOP210 TOP210PFI irf840 mosfet drive circuit diagram IRFP460 full bridge int100s motor controller IRF830 IRFP450 bridge PI-1505-050195 INT100
Contextual Info: Function and Application of the INT100 and INT200-202 APPLICATION NOTE AN-10 The INT100 and INT200/201/202 comprise a family of devices designed to drive N-channel MOSFET transistors in a half bridge configuration. High-voltage integrated technology is

Quartz Crystal

Abstract: 11.0592 mhz crystal oscillator smd crystal quartz 12 MHz SMD 14.7456 quartz crystal Quartz resonator 12,288 Mhz CRYSTAL 22.1184
Contextual Info: Oscilent Corporation | 202 Page 1 of 3 SMD Quartz Crystal Series Number Package Description Last Modified 202 UM-5 Gull Wing SMD Quartz Crystal Jan. 01 2002 . FEATURES - 10 MHz to 200 MHz frequency range - Smaller footprint than Series 201 - Resistance welded

dr 5v

Contextual Info: 73K302L Bell 212A, 103, 202 Single-Chip Modem April 2000 DESCRIPTION FEATURES The 73K302L is a highly integrated single-chip modem IC which provides the functions needed to construct a Bell 202, 212A and 103 compatible modem. The 73K302L is an enhancement of the

design HF PSK modem

Abstract: 202 MODEM SSI 73k302l
Contextual Info: SSI 73K302L mmMkntí' Bell 212A, 103, 202 Single-Chip Modem A TDK Group/Company Preliminary Data January 1994 DESCRIPTION FEATURES The SSI 73K302L is a highly integrated single-chip modem 1C which provides the functions needed to construct a Bell 202, 212A and 103 compatible

Midcom modem transformer 671-8005

Abstract: fsk modulator demodulator intel fsk modulator demodulator free of lm 1458 rs232 4n35 IEEE EARTHING 202S 73K212AL psk modulator demodulator 73K302L
Contextual Info: 73K302L Bell 212A, 103, 202 Single-Chip Modem April 2000 DESCRIPTION FEATURES The 73K302L is a highly integrated single-chip modem IC which provides the functions needed to construct a Bell 202, 212A and 103 compatible modem. The 73K302L is an enhancement of the

Contextual Info: 73K302L Bell 212A, 103, 202 Single-Chip Modem TDK SEMICONDUCTOR CORP. April 2000 DESCRIPTION FEATURES The 73K302L is a highly integrated single-chip modem IC which provides the functions needed to construct a Bell 202, 212A and 103 compatible modem. The 73K302L is an enhancement of the

Contextual Info: SSI 73K302L émmsmícms’ Bell 212A, 103, 202 Single-Chip Modem A TDK Group/Company Preliminary Data December 1992 DESCRIPTION FEATURES The SSI 73K302L is a highly integrated single-chip modem IC which provides the functions needed to construct a Bell 202, 212A and 103 compatible

Contextual Info: SSI 73K302L M M M Bell 212A, 103, 202 Single-Chip Modem lm A TDK G roup/C om pany Preliminary Data January 1994 DESCRIPTION FEATURES The SSI 73K302L is a highly integrated single-chip modem IC which provides the functions needed to construct a Bell 202, 212A and 103 compatible

202 MODEM SSI

Abstract: psk modulator demodulator 0101-ASYNCH 73K302L-IP
Contextual Info: SSI 73K302L S ilic o n M Bell 212A, 103, 202 Single-Chip Modem íle n tí' A TDK Group/Company Preliminary Data June 1995 DESCRIPTION FEATURES The SSI 73K302L is a highly integrated single-chip modem 1Cwhich provides the functions needed to construct a Bell 202, 212A and 103 compatible

73K302SL

Abstract: 73K302SL-IP digital modulator - demodulator HF modem DD12bn 12b22 Bell-202 intel 8039 0012b ssi 202 81t1
Contextual Info: SSI 73K302L Bell 212A, 103, 202 Single-Chip Modem ¿ u ic o n ó u s ta n s A TDK Group/Company Preliminary Data January 1994 DESCRIPTION FEATURES The SSI 73K302L is a highly integrated single-chip modem 1C which provides the functions needed to construct a Bell 202, 212A and 103 compatible

03U13

Abstract: 06U13 27S23 27B27 23B13 27B13 SGT27B27 bidirectional zener diode 230V SCR 27B2
Contextual Info: Previous Overvoltage / Suppression Protection Surgector Transient Voltage Suppressors SGT Surface Mount Series Overvoltage / Suppression Protection Surgector™ Transient Voltage Suppressors SGT TO-202 Series Surgectors are designed to suppress Features

PTC Fuse

Contextual Info: Previous Overvoltage / Suppression Protection Surgector Transient Voltage Suppressors SGT Surface Mount Series Next Overvoltage / Suppression Protection Surgector™ Transient Voltage Suppressors SGT TO-202 Series Surgectors are designed to suppress Features

Contextual Info: Contents Overvoltage / Suppression Protection Surgector Transient Voltage Suppressors SGT Surface Mount Series Glossary Chart Previous Overvoltage / Suppression Protection Surgector™ Transient Voltage Suppressors SGT TO-202 Series Surgectors are designed to suppress

Contextual Info: Contents Glossary Chart Previous Overvoltage / Suppression Protection Surgector Transient Voltage Suppressors SGT Surface Mount Series Next Overvoltage / Suppression Protection Surgector™ Transient Voltage Suppressors SGT TO-202 Series Surgectors are designed to suppress

SGT27S10

Abstract: SGT27S23
Contextual Info: SGT27S10, SGT27S23 Data Sheet July 1999 Gate Controlled Unidirectional Transient Surge Suppressors TO-202 Surgector [ /Title (SGT2 7S10, SGT27 S23) /Subject (Gate Controlled Unidirectional Transient Surge Suppressors) /Autho r () /Keywords (Surge ctor, TVS,

Contextual Info: SOLISTRAND, Budget and DIAMOND GRIP Uninsulated Terminals and Splices Catalog 65505 Revised 9-00 Long Spring Spade Tongue Terminals Wire Size Range AWG 26 to 10, CMA 202 to 13,100 [0.1 to 6.64 mm2] Material Terminal Body — Phosphor Bronze per ASTM B-103

NSB5388

Abstract: BASIC digital multimeter diagram digital multimeter diagram ADD3501 NSB*5388 ADD3701 resistor testing using multimeter capacitor testing using multimeter National Semiconductor AN20 LH0091
Contextual Info: National Semiconductor Application Note 202 December 14, 2007 INTRODUCTION A4 and A5 comprise the actual AC-to-DC converter; to see how it works refer again to Figure 2 , and consider first its operation on the negative portion of an AC input signal. At the