Wednesday, October 20, 2010
7402 Quad 2-input NOR gate

function = Quad 2-input NOR gate
package = DIP-14
Family: Std, ALS, AS, LS, S, ACT, AC, HCT,
HC, C, H, L.
Other package types: SMD, Flat, 20Chip.
Equivalent types: CN88DP, D102C, FJH221,
FLH191, HD2511, DL002D (LS).
7402 Quad 2-input NOR gate
Truth table:
----------------
|In1 |In2 |Out |
|--------------|
| H | H | L |
| H | L | L |
| L | H | L |
| L | L | H |
----------------
PINOUT
01: Output Gate 1
02: Input 1 Gate 1
03: Input 2 Gate 1
04: Output Gate 2
05: Input 1 Gate 2
06: Input 2 Gate 2
07: GND
08: Input 1 Gate 3
09: Input 2 Gate 3
10: Output Gate 3
11: Input 1 Gate 4
12: Input 2 Gate 4
13: Output Gate 4
14: Vcc
Labels:
7400 series
7401 Quad 2-input NAND gate
![]() |
Add caption |
package = DIP-14
Family: Std, ALS, AS, LS, S, HC, F, H, L.
Equivalent types: 1LB558, CN86DP, D101C,
FJH231, FLH201, HD2509, K155LA8, K555LA8 (LS)
Open collector outputs.
Other package types: SMD, Flat, 20Chip.
Truth table:
----------------
|In1 |In2 |Out |
|----------- --|
| H | H | L |
| H | L | H |
| L | H | H |
| L | L | H |
----------------
PINOUT
01: Output Gate 1
02: Input 1 Gate 1
03: Input 2 Gate 1
04: Output Gate 2
05: Input 1 Gate 2
06: Input 2 Gate 2
07: GND
08: Input 1 Gate 3
09: Input 2 Gate 3
10: Output Gate 3
11: Input 1 Gate 4
12: Input 2 Gate 4
13: Output Gate 4
14: Vcc
Labels:
7400 series
7400 Quad 2-input NAND gate

package = dip-14
Family: Std, AC, ACT, ALS, AS, LS, S, HCT,
HC, C, F, H, L.
Equivalent types: 1LB553, CDB400E, CN78DP,
D100C, FJH131, FLH101, HD2503, K155LA3,
K555LA3 (LS), DL000D (LS), D200D (H).
Other package types: SMD, Flat, 20Chip.
Truth table:
----------------
|In1 |In2 |Out |
|--------------|
| H | H | L |
| H | L | H |
| L | H | H |
| L | L | H |
----------------
pinout
01: Input 1 Gate 1
02: Input 2 Gate 1
03: Output Gate 1
04: Input 1 Gate 2
05: Input 2 Gate 2
06: Output Gate 2
07: GND
08: Output Gate 3
09: Input 1 Gate 3
10: Input 2 Gate 3
11: Output Gate 4
12: Input 1 Gate 4
13: Input 2 Gate 4
14: Vcc
Labels:
7400 series
BC108C PINOUT

collector emitter voltage with base open circuit = 20
collector current = 0.1
hFE forward current gain = 420-800
ft frequency transition (gain bandwidth) = 150 MHZ
power dissipation = 0.3
--------------------------------
01: emitter
02: base
03: collector
Labels:
Transistor Pinouts
BC108B PINOUT

collector emitter voltage with base open circuit = 20
collector current = 0.1
hFE forward current gain = 200-450
ft frequency transition (gain bandwidth) = 150 MHZ
power dissipation = 0.3
--------------------------------
01: emitter
02: base
03: collector
Labels:
Transistor Pinouts
BC108A PINOUT

collector emitter voltage with base open circuit = 20
collector current = 0.1
hFE forward current gain = 110-220
ft frequency transition (gain bandwidth) = 150 MHZ
power dissipation = 0.3
--------------------------------
01: emitter
02: base
03: collector
Labels:
Transistor Pinouts
Subscribe to:
Posts (Atom)
Popular Posts
-
Make Your Own Printed Circuit Boards on a Laserjet This week, I collaborated with Xander to show you how to make your own printed circuit bo...
-
mk484 radio rf circuit A simple MK 484 IC tuned rf (trf) radio In 1970 Ferranti started the development of a single-chip AM tuner, and by 19...
-
12v RELAY ON 6V SUPPLY This circuit allows a 12v relay to operate on a 6v or 9v supply. Most 12v relays need about 12v to "pull-in...
-
schematic diagram motherboard Computer Block Diagram - PC Schematic Here is a brief summary computer block diagram of a typical Personal Com...
-
Resistor Calculator 1.0 Features of Resistor Calculator at a glance: Calculating the color code of a resistor value. Calculating the resis...
-
110 dB Beeper The setup employs a single 74C14 (CD40106B) CMOS hex inverting Schmitt-trigger IC, which must be used with a piezoelectric dev...
-
TDA9341PS/N3/A Selling Leads, TDA9341PS/N3/A Datasheet PDF tda 9341ps n3 a
-
schematic diagram of power supply using LM7905 Negative Power Supply circuit schematic lm7905