CMOS - TTL

Référence: 10000

Marque: Texas Instruments

4001 - CD4001BE CMOS DIP-14 Texas

4-ch, 2-input, 3-V to 18-V NOR gates

Référence: 15993

Marque: Texas Instruments

4001 - CD4001BM 4-ch, 2-input, 3-V to 18-V NOR gates SO-14 Texas RoHS

4-ch, 2-input, 3-V to 18-V NOR gates

Référence: 10001

Marque: Texas Instruments

4001 - CD4001UBE CMOS DIP-14 Texas

4-ch, 2-input, 3-V to 18-V NOR gates .

Référence: 15777

Marque: Nexperia

4001 - HEF4001BT Quad 2-input NOR gate SO-14 Nexperia RoHS

Référence: 17721

Marque: Texas Instruments

4002 - CD4002BM Dual 4-Input Nor Gate SO-14 Texas RoHS

2-ch, 4-input, 3-V to 18-V NOR gates

Référence: 10002

Marque: Texas Instruments

4007 - CD4007UBE CMOS DIP-14 Texas

dual complementary pair plus inverter

Référence: 17540

Marque: NXP

4007 - HEF007UBP CMOS Dual complementary DIP-14 NXP RoHS

Référence: 15773

Marque: Nexperia

4007 - HEF4007UBT Dual complementary pair and inverter SO-14 Nexperia RoHS

Référence: 17446

Marque: Texas Instruments

4009 - CD4009UBE Buffer Converter 6-CH DIP-16 Texas RoHS

Référence: 10003

Marque: Texas Instruments

4010 - CD4010BE CMOS DIP-16 Texas

CD4009UB and CD4010B Hex Buffer/Converters may be used as CMOS to TTL or DTL logic-level converters or CMOS high-sink-current drivers

Référence: 17654

Marque: Texas Instruments

4010 - CD4010BM Hex Non-Inverting Buffer-Converter SOIC-16 Texas RoHS

Référence: 11495

Marque: Texas Instruments

40106 - CD40106BE CMOS DIP-14 Texas

6-ch, 3-V to 18-V inverters with Schmitt-Trigger inputs

Référence: 11493

Marque: Texas Instruments

40106 - CD40106BM CMOS Hex Schmitt Triggers SO-14 Texas RoHS

6-ch, 3-V to 18-V inverters with Schmitt-Trigger inputs

Référence: 10004

Marque: Texas Instruments

4011 - CD4011BE CMOS DIP-14 Texas

4-ch, 2-input, 3-V to 18-V NAND gates

Référence: 10005

Marque: Texas Instruments

4011 - CD4011UBE CMOS DIP-14 Texas

4-ch, 2-input, 3-V to 18-V NAND gates

Référence: 10006

Marque: Texas Instruments

4012 - CD4012BE CMOS Dual 4-Input NAND Gate DIP-14 Texas RoHS

CD4011B, CD4012B, and CD4023B NAND gates provide the system designer with direct implementation of the NAND function and supplement the existing family of CMOS gates. All inputs and outputs are buffered.

Référence: 10007

Marque: Texas Instruments

4013 - CD4013BE CMOS DIP-14 Texas

Dual D-Type Flip Flop

Référence: 11494

Marque: Texas Instruments

4013 - CD4013BM CMOS Dual D-Type Flip Flop SO-14 Texas RoHS

Dual D-Type Flip Flop

Référence: 15788

Marque: ONS

4013 - MC14013BDR2G Dual Type D Flip-Flop SO-14 ONS RoHS

Référence: 10008

Marque: Texas Instruments

4014 - CD4014BE CMOS DIP-16 Texas

CD4014B and CD4021B series types are 8-stage parallel- or serial-input/serial output registers having common CLOCK and PARALLEL/SERIAL CONTROL inputs, a single SERIAL data input, and individual parallel "JAM" inputs to each register stage. Each register stage is D-type, master-slave flip-flop. In addition to an output form stage 8, "Q" outputs are also...

Référence: 15784

Marque: ONS

4014 - MC14014BDR2G 8-Bit Static Shift Register SO-16 ONS RoHS

Référence: 10009

Marque: Texas Instruments

4015 - CD4015BE CMOS DIP-16 Texas

CD4015B consists of two identical, independent, 4-stage serial-input/parallel-output registers. Each register has independent CLOCK and RESET inputs as well as a single serial DATA input. "Q" outputs are available from each of the four stages on both registers. All register stages are D-type, master-slave flip-flops. The logic level present at the DATA...

Référence: 10010

Marque: Texas Instruments

4016 - CD4016BE CMOS Quad Bilateral Switch DIP-14 Texas RoHS

CD4016B Series types are quad bilateral switches intended for the transmission or multiplexing of analog or digital signals. Each of the four independent bilateral switches has a single control signal input which simultaneously biases both the p and n device in a given switch on or off.

Référence: 11512

Marque: Texas Instruments

4016 - CD4016BM 4-channel analog switch SO-14 Texas RoHS

Applications: Analog signal switching/multiplexing Signal gating Squelch control Chopper Modulator Demodulator Commutating switch Digital signal switching/multiplexing CMOS logic implementation Analog-to-digital & digital-to-analog conversion Digital control of frequency, impedance, phase, and analog-signal gain

Référence: 10011

Marque: Texas Instruments

4017 - CD4017BE CMOS DIP-16 Texas

CD4017B and CD4022B are 5-stage and 4-stage Johnson counters having 10 and 8 decoded outputs, respectively. Inputs include a CLOCK, a RESET, and a CLOCK INHIBIT signal. Schmitt trigger action in the CLOCK input circuit provides pulse shaping that allows unlimited clock input pulse rise and fall times.

Référence: 11497

Marque: Texas Instruments

4017 - CD4017BM CMOS Decade Counter with 10 Decoded Outputs SO-16 Texas RoHS

Fully static operation Medium speed operation…10 MHz (typ.) at VDD = 10 V Standardized, symmetrical output characteristics 100% tested for quiescent current at 20 V 5-V, 10-V, and 15-V parametric ratings Meets all requirements of JEDEC Tentative Standard No. 13B, "Standard Specifications for Description of ’B’ Series CMOS Devices" Applications: Decade...

Référence: 15770

Marque: Nexperia

4017 - HEF4017BT 5-stage Johnson decade counter SO-16 Nexperia RoHS

Référence: 16903

Marque: Texas Instruments

40174 - CD40174BE CMOS Hex D-Type Flip-Flop DIP-16 Texas RoHS

Référence: 10012

Marque: Texas Instruments

4018 - CD4018BE CMOS DIP-16 Texas

CD4018B types consist of 5 Johnson-Counter stages, buffered Q outputs from each stage, and counter preset control gating. CLOCK, RESET, DATA, PRESET ENABLE, and 5 individual JAM inputs are provided. Divide by 10, 8, 6, 4, or 2 counter configurations can be implemented by feeding the Q5, Q4, Q3, Q2, Q1 signals, respectively, back to the DATA input....

Référence: 10013

Marque: Texas Instruments

4019 - CD4019BE CMOS Quad AND/OR Select Gate DIP-16 Texas RoHS

CD4019B types consist of four AND/OR select gate configurations, each consisting of two 2-input AND gates driving a single-input OR gate. Selection is accomplished by control bits Ka and Kb. In addition to selection of either channel A or channel B information, the control bits can be applied simultaneously to accomplish the logical A + B function.