D2484 Search Results

TT 2246

Abstract: 74hc180 ge c180 SN74HC180
Contextual Info: SN54HC180, SN74HC180 9 BIT ODDIEVEN PARITY GENERATORS/CHECKERS D2484, MARCH 1 98 4 -REVISED SEPTEMBER 1987 TOP VIEW g C U C 2 FV EN C 3 Dependable Texas Instruments Quality and Reliability h ODD C 4 description E EVEN C 5 - These universal, m o n o lith ic , 9 -b it (8 data bits

TL087

Abstract: TL088 D2484 TL087CD TL088CD TL287 TL287CD TL288 TL288CD
Contextual Info: TL087, TL088, TL287, TL288 JFET-INPUT OPERATIONAL AMPLIFIERS SLOS082A – D2484, MARCH 1979 – REVISED JANUARY 1993 • • • • • Low Input Offset Voltage . . . 0.5 mV Max Low Power Consumption Wide Common-Mode and Differential Voltage Ranges Low Input Bias and Offset Currents

Contextual Info: Pomona Model 2484 Stacking Banana Plug Each End On Retractile Coiled Cord FEATURES: • Cross stacking and vertical stacking on both ends. • Mates to model #1581, 2854 or any standard banana jack. MATERIALS: Conn: Standard Stacking Banana Plug Material: Spring - Beryllium copper per QQ-C-533, Alloy 172, cond. HT.

Contextual Info: Pomona Model 2484 Stacking Banana Plug Each End On Retractile Coiled Cord FEATURES: • Cross stacking and vertical stacking on both ends. • Mates to model #1581, 2854 or any standard banana jack. MATERIALS: Conn: Standard Stacking Banana Plug Material: Spring - Beryllium Copper per QQ-C-533, Alloy 172, cond. HT.

MD2484

Contextual Info: MOTOROLA SC XSTRS/R F HbE D • b3b?25M 00*12421, b ■ M O T b T ^ -iS MOTOROLA ■i SEMICONDUCTOR wmmÊÊmmmm TECHNICAL DATA ( D2484F DM0 Discrete Military Products lllllll NPIM S ilic o n Dual/Q uad S m a ll-S ig n a l T ra n sisto rs (Duals) MHQ2484

BSY39

Abstract: 2N697 equivalent 2N1420 equivalent BFY50 equivalent 2n697a 2n1613 equivalent 2N696 equivalent 2N1711 equivalent 2N1711 MOTOROLA 2N718 equivalent
Contextual Info: Transistors Coni. Discrete Devices General Purpose Amplifiers E lectrical Characteristics @ 25° C M ax im um Ratings Type Polarity PD VCE VEB V o lts V o lts V o lts A m b ie n t mW V c E ( S a t ) @ I c / lß H f e >C VCB M in/M ax mA V o lts m A/m A