FZJ timer

Abstract: M28C64C M28C64X PDIP28 S028 Z3A10
Contextual Info: M28C64C M28C64X r= J S C S -THO M SO N *7 Æ > PARALLEL ACCESS 64K 8K x 8 EEPROM • FAST ACCESS TIME: 150ns ■ SINGLE 5V ± 10% SUPPLY VOLTAGE ■ LOW POWER CONSUMPTION - Active Current 30mA - Standby Current 10OpA ■ FAST WRITE CYCLE - 32 Bytes Page W rite Operation

Contextual Info: UNCONTROLLED DOCUMENT PART NUMBER REV. S S F —L X H 4 0 9 S I S Y W ELECTRO-OPTICAL CHARACTERISTICS Ta = 25'C PARAMETER MIN lf=Z0m A TYP PEAK WAVELENGTH MAX G3B RED REVERSE VOLTAGE 5.0 AXIAL INTENSITY — ANODE D —° Vf 1r= 10OpA 250 Vf mcd 60 2x theta

Contextual Info: 52E D 7 ^ 2 3 7 G03777Ô b ô3 ISGTH T ~ K -\i -2 £ S G S -1 H 0 M S 0 N M28F101 io S f, S - T H O M S O N CMOS 1 Megabit 128K x 8 FLASH MEMORY ADVANCE DATA FAST ACCESS TIME: 100ns LOW POWER CONSUMPTION - Standby Current: 10OpA Max 10,000 ERASE/PROGRAM CYCLES

red 5mm LED with holder

Contextual Info: UNCONTROLLED DOCUMENT 5.0 0 [ 0 .1 9 7 ] PART NUMBER SSF—H1350GIW—L 4.00 [0 .1 5 7 ] 10.50 [0 .4 1 3 ] e L MAX UNITS REVERSE VOLTAGE AXIAL INTENSITY U 1,00 [0 ,0 3 9 ] 2 5 / 2.0 nm I—— 2 .5 4 t o .io o : 6 .85 [0.270] 26 /2 5 Vf 5.0 1r = 10OpA /r G /R

Contextual Info: Æ T S G S 'T H O M S O N n » n iu i s m ( 5 iìiiin ( 5 g M 2 8 F 1 01 1 Megabit (128K x 8, Chip Erase) FLASH MEMORY • FAST ACCESS TIME: 90ns ■ LOW POWER CONSUMPTION - Standby Current: 10OpA Max ■ 10,000 ERASE/PROGRAM CYCLES ■ 12V PROGRAMMING VOLTAGE

Contextual Info: UNCONTROLLED DOCUMENT 4 .4 5 [0.175] PA R T N U M B E R REV. S S F - L X H 106YGW 2.7 [0.107] ELECTRO-OPTICAL CHARACTERISTICS Ta = 2 5 'C 0 2 .9 0 M O. 114-11 PARAMETER 2.1 /22 FORWARD VOLTAGE Y/G UNITS T E SI COND nm nm Z5/2.6 Vf 5.0 REVERSE VOLTAGE I r= 10OpA

A101

Abstract: M28F101 PDIP32 PLCC32 TSOP32 JIS B 0041
Contextual Info: fZ 7 SGS-THOMSON * 7 w * M28F101 H Q ^ 0 i[ L I © r a l^ [ l( g S 1 Megabit (128K x 8, Chip Erase) FLASH MEMORY • FAST ACCESS TIME: 90ns ■ LOW POWER CONSUMPTION - Standby Current: 10OpA Max - 10,000 ERASE/PROGRAM CYCLES ■ 12V PROGRAMMING VOLTAGE

LM 371 IC CHARGING CIRCUIT

Contextual Info: LT1510 Constant-Voltage/ Constant-Current Battery Charger rc m u R c s metal-hydride NiMH * and nickel-cadmium (NiCd)* that require constant-current and/or constant-voltage charg­ ing. The internal switch is capable of delivering 1.5A DC current (2A peak current). The 0.1Q onboard current

Contextual Info: PART NUMBER REV. S M L — LX1 21 OG G W -T R B E.C.N. NUMBER AND REVISION COMMENTS E.C.N. #10695. E.C.N. #10834. DATE 1.5.01 1.25.02 UNCONTROLLED DOCUMENT AN0DE ° frj I CATHODE REV, A B CATHODE MARK 0,65 [0,026] £.70 [0.106] 1.40 [0.055] - 1 ELECTRO-OPTICAL CHARACTERISTICS Ta =25T

Contextual Info: P g tttt G E C P L E S S E Y DC1501/02/04/18/39 SILICON SCHOTTKY X-BAND WAVEGUIDE MIXER DIODES DESCRIPTION APPLICATIONS This general purpose diode available in the microstrip package is suitable tor applications requiring high performance mixers. These diodes can be supplied in matched pairs by the

HME 301

Contextual Info: PSHI GEC PLESSEY ADVANCE INFORMATION DS 3293 - 2 0 SP8789 225MHz + 20/21 TWO MODULUS DIVIDER The SP8789 is a low power programmable +20/21 counter.lt divides by 20, when the control input is in the high state and by 21 when in the low state. An internal voltage

Tektronix 2245a

Abstract: 2M3866 s2 umi 250v 1a Tektronix 2246a s 2 umi 1A 130 degree 250V 2N2369 transistor pulse generator PNP TRANSISTOR 1A 60V s 2 umi 1A 250V LARE RTL 1000 AVS Ralph Morrison Wiley
Contextual Info: um A pplication Note 47 August 1991 TECHNOLOGY High Speed Amplifier Techniques A Designer's Companion for W ideband Circuitry Jim Williams PREFACE This publication represents the largest LTC commitment to an application note to date. No other application note

"Yellow LEDs"

Abstract: 10D-25
Contextual Info: UNCONTROLLED DOCUMENT REV. PART NUMBER REV. S M L - L X 1 21 O G Y C - T R E E.C.N. NUMBER AND REVISION COMMENTS A B C D ADDED E.C.N. E.C.N. E.C.N, E E.C.N, #10834, DATE TAPE WITH POLARITY AND DIRECTION #10324. #10404. # 1 D695, 1 1.6.95 3.17.97 5.22.9B 1,4.01

Contextual Info: LT1389 TECHNOLOGY Nanopower Precision Shunt Voltage Reference f€iTUi€S PiSCfiPTIOfl • Initial V o lta g e A c c u ra c y: 0 .0 5 % T h e L T 1 3 8 9 is a n a n o p o w e r , p re cisio n s h u n t vo lta g e ■ L o w Op e ra ting Current: 8 0 0 n A

SG3529N

Abstract: SG1529J SG1529/SG2529/SG3529
Contextual Info: SG1529/SG2529/SG3529 SILICON GENERAL REGULATING PULSE WIDTH MODULATOR LIN EAR IN TEGR ATED CIRCUITS D E S C R IP T IO N FEA TU R ES The SG1529 series of pulse width modulator integrated circuits are designed to provide all the operational features of the SG1524B series with the added

Contextual Info: SU PE R T E X INC S blE D u p e r te x • 67 73 21 5 0 0 0 3 b3 5 344 « S T X ED5, ED9, ED9R ED10, ED11 ED15, ED15R in c . Programmable Encoder/Decoder Ordering Information Package Device Plastic DIP #Plns J-Lead PLCC (# pins) Plastic SOW Gullwing (# pins)

ph meter circuit

Abstract: OP80G ph meter
Contextual Info: Ultra-Low Bias Current Operational Amplifier OP-80 ANALOG DEVICES FEATURES • Ultra-Low Bias Current: 300 femtoamps T y p .at +85°C 500 femtoamps T y p . at +125°C

analog devices OP- DICE CHARACTERISTICS

Contextual Info: ► Ultra-Low Bias Current Operational Amplifier OP-8O A N A LO G D E V IC E S FEATURES ture range. Input current is typically 150 fem toam ps at 25°C and in crea ses to only 300 fem toam ps at +85°C, with exceptionally high com m on-m ode and differential input im pedances. Incor­

JIS-C-5101

Contextual Info: BH Series +105°C, B i-P o la riz e d T V 7 j< ¥ iiIq ]S ^ liIE FEATURES 1. The BH series is designed for horizontal deflection current in the TV sets where high frequency and high ripple current flows. 2. Small dissipation factor at high frequency. SPECIFICATIONS

Contextual Info: PART NUMBER REV. S M L — LX1 21 OG G W -T R A UNCONTROLLED DOCUMENT ANODE CATHODE REV, A — I 3,20 [0,126] |— E.C.N. NUMBER AND REVISION COMMENTS E.C.N. #106 95 DATE 1.5.01 0,65 [0,026] R _ 2.70 [0.106] 1.40 [0.055] - 1 ELECTRO-OPTICAL CHARACTERISTICS Ta = 2 5 T

48V 3A SMPS circuit diagram

Abstract: fly back transformer monitor i630
Contextual Info: 1 9-0480; R e v 2 ; t J V \Æ X A J V \ Multi-Output, Low-Noise Power-Supply Controllers for Notebook Computers Up to 96% efficiency is achieved through synchronous rectification and Maxim’s proprietary Idle Mode control scheme. Efficiency is greater than 80% over a 1000:1

Contextual Info: PART NUMBER UNCONTROLLED DOCUMENT SSI REV, A B C 010.00 [00.394] J E.C.N. E.C.N. E.C.N. E.C.N. LXR381 6 - B 2 7 8 4 1 NUMBER AND REVISION COMMENTS #10265 & 10276. #10810. & REDRAWN IN 3D. #10896. c DATE 10.31.96 11.12.01 7,3 0 .02 5,20 [0,205] 1 4.70 [D.1B5]

Contextual Info: PART NUMBER UNCONTROLLED DOCUMENT REV. SSF-LXH409SYSPGW ELECTRO-OPTICAL CHARACTERISTICS Ta = 25'C PARAMETER MIN PEAK WAVELENGTH lf=Z0m A TYP MAX 590 YELLOW REVERSE VOLTAGE AXIAL INTENSITY 2 .0 / 2 .2 VIEWING ANGLE YELLOW ANODE W yH < h -> GREEN ANODE nm

Contextual Info: UNCONTROLLED DOCUMENT PART NUMBER REV. SSL-LX2579SISPG W 5.ÛÛ [0 .1 9 7 ] ELECTRO-OPTICAL CHARACTERISTICS Ta =25'C 2 .0 0 CO.0 7 9 ] J PARAMETER MIN lf= 20m A TYP PEAK WAVELENGTH MAX UNITS nm 562 GREEN FORWARD VOLTAGE (R /G ) REVERSE VOLTAGE AXIAL INTENSITY