Type Pins Description74LS27 14 Triple 3 input NOR gateIntegrated Circuit (IC)IC supply voltage5.0 VIC Static SensitivetrueIC op ampfalseActive Componentactive mount typeThrough Holeactive connector typeSolder Legscomponent packageDILactive number of...

Description74LS14 14 pin Hex schmitt triggerIntegrated Circuit (IC)IC supply voltage5.0 VIC Static SensitivetrueIC op ampfalseActive Componentactive mount typeThrough Holeactive connector typeSolder Legscomponent packageDILactive number of legs14.0 ...

Type Pin Description74LS11 14 Triple 3 input AND gateIntegrated Circuit (IC)IC supply voltage5.0 VIC Static SensitivetrueIC op ampfalseIC Pin Count14.0 unitsActive Componentactive mount typeThrough Holeactive connector typeSolder Legscomponent...

- Low power Schottky logic- Major brands onlyTYPEPINSDESCRIPTION74LS0814Quad 2 input AND gateIntegrated Circuit (IC)IC supply voltage7.0 VIC Static SensitivetrueIC op ampfalseIC Pin Count14.0 unitsActive Componentactive mount typeThrough Holeactive...

- Low power Schottky logic- Major brands onlyType: 74LS04 Pins: 14 Description: Hex InverterIntegrated Circuit (IC)IC supply voltage7.0 VIC Static SensitivetrueIC op ampfalseIC Pin Count14.0 unitsActive Componentactive mount typeThrough Holeactive...

 74LS02 14 pin Quad 2 input NOR gate Low power Schottky ICIntegrated Circuit (IC)IC supply voltage5.0 VIC Static SensitivetrueIC Pin Count14.0 unitsActive Componentactive mount typeThrough Holeactive connector typeSolder Legscomponent...

74LS00 14 pin Quad 2 input NAND gate high speed CMOS logicIntegrated Circuit (IC)IC supply voltage7.0 VIC Static SensitivetrueIC op ampfalseIC Pin Count14.0 unitsActive Componentactive mount typeThrough Holeactive connector typeSolder Legscomponent...

A Zener diode works like a normal diode in the FORWARD direction, but when voltage is applied in the REVERSE direction it does something really useful. At a specified reverse voltage, it starts to conduct. In other words, if you apply, say 12V (for a 12V...

A Zener diode works like a normal diode in the FORWARD direction, but when voltage is applied in the REVERSE direction it does something really useful. At a specified reverse voltage, it starts to conduct. In other words, if you apply, say 12V (for a 12V...

A Zener diode works like a normal diode in the FORWARD direction, but when voltage is applied in the REVERSE direction it does something really useful. At a specified reverse voltage, it starts to conduct. In other words, if you apply, say 12V (for a 12V...

A Zener diode works like a normal diode in the FORWARD direction, but when voltage is applied in the REVERSE direction it does something really useful. At a specified reverse voltage, it starts to conduct. In other words, if you apply, say 12V (for a 12V...

A Zener diode works like a normal diode in the FORWARD direction, but when voltage is applied in the REVERSE direction it does something really useful. At a specified reverse voltage, it starts to conduct. In other words, if you apply, say 12V (for a 12V...

A Zener diode works like a normal diode in the FORWARD direction, but when voltage is applied in the REVERSE direction it does something really useful. At a specified reverse voltage, it starts to conduct. In other words, if you apply, say 12V (for a 12V...

A Zener diode works like a normal diode in the FORWARD direction, but when voltage is applied in the REVERSE direction it does something really useful. At a specified reverse voltage, it starts to conduct. In other words, if you apply, say 12V (for a 12V...

A Zener diode works like a normal diode in the FORWARD direction, but when voltage is applied in the REVERSE direction it does something really useful. At a specified reverse voltage, it starts to conduct. In other words, if you apply, say 12V (for a 12V...

A Zener diode works like a normal diode in the FORWARD direction, but when voltage is applied in the REVERSE direction it does something really useful. At a specified reverse voltage, it starts to conduct. In other words, if you apply, say 12V (for a 12V...

A Zener diode works like a normal diode in the FORWARD direction, but when voltage is applied in the REVERSE direction it does something really useful. At a specified reverse voltage, it starts to conduct. In other words, if you apply, say 12V (for a 12V...

A Zener diode works like a normal diode in the FORWARD direction, but when voltage is applied in the REVERSE direction it does something really useful. At a specified reverse voltage, it starts to conduct. In other words, if you apply, say 12V (for a 12V...