No. |
Part Name |
Description |
Manufacturer |
31 |
BQ24030 |
bqTINY(TM)-III Single-Chip Charge and Dynamic Power-Path Management IC, 6V Regulation |
Texas Instruments |
32 |
BQ24030RHLR |
bqTINY(TM)-III Single-Chip Charge and Dynamic Power-Path Management IC, 6V Regulation |
Texas Instruments |
33 |
BQ24031RHLRG4 |
Dual Input Li-Ion Charger with Dynamic Power-Path Management, Output Regulated to 6V Battery 20-VQFN -40 to 125 |
Texas Instruments |
34 |
BQ24071 |
Li-Ion Charger with Dynamic Power-Path Management, Output regulated to 6V |
Texas Instruments |
35 |
BQ24071RHLR |
Li-Ion Charger with Dynamic Power-Path Management, Output regulated to 6V 20-VQFN -40 to 85 |
Texas Instruments |
36 |
BQ24071RHLT |
Li-Ion Charger with Dynamic Power-Path Management, Output regulated to 6V 20-VQFN -40 to 85 |
Texas Instruments |
37 |
BU406 |
NPN, horizontal deflection transistor. For horizontal deflection output stages of TV's ahd CRT's. Vceo = 200Vdc, Vcbo = 400Vdc, Vcev = 400Vdc, Veb = 6Vdc, Ieb = 7Adc, PD = 60W. |
USHA India LTD |
38 |
BU406D |
NPN, horizontal deflection transistor. For horizontal deflection output stages of TV's and CRT's. Vceo = 200Vdc, Vcbo = 400Vdc, Vcev = 400Vdc, Veb = 6Vdc, Ic = 7Adc, PD = 60W. |
USHA India LTD |
39 |
BU406H |
NPN epitaxial silicon transistor. High voltage switching for horizontal deflection output stage. Collector-base voltage 400V. Collector-emitter voltage 200V. Emitter-base voltage 6V. |
Wing Shing Computer Components |
40 |
BU407 |
NPN, horizontal deflection transistor for horizontal deflection output stages of TV and SRT. Vceo = 150Vdc, Vcbo = 330Vdc, Vcev = 330Vdc, Veb = 6Vdc, Ic = 7Adc, PD = 60W. |
USHA India LTD |
41 |
BU408 |
NPN epitaxial silicon transistor. High voltage switching for horizontal deflection output stage. Collector-base voltage 400V. Collector-emitter voltage 200V. Emitter-base voltage 6V. |
Wing Shing Computer Components |
42 |
BZX29-C6V2 |
Silicon Planar Voltage Reference diodes, zener voltage 6V2V |
Philips |
43 |
BZX29-C6V8 |
Silicon Planar Voltage Reference diodes, zener voltage 6V8V |
Philips |
44 |
BZX55C 6V2 |
Series Half Watt Zeners |
Fairchild Semiconductor |
45 |
BZX55C 6V8 |
Series Half Watt Zeners |
Fairchild Semiconductor |
46 |
CGY59 |
GaAs MMIC (Low noise preamplifier for mobile communication PCN, DECT, GSM in 2.7V to 6V systems) |
Siemens |
47 |
CGY60 |
GaAs MMIC (Low noise preamplifier for mobile communication PCN, DECT, GSM in 2.7V to 6V systems) |
Siemens |
48 |
CMM0335 |
890 to 915 MHz 6V, 35 dBm, GSM Power Amplifier |
CELERITEK |
49 |
CMM0335-AK |
890 to 915 MHz 6V, 35 dBm, GSM Power Amplifier |
CELERITEK |
50 |
CMM0335-AK-000T |
890 to 915 MHz 6V, 35 dBm, GSM Power Amplifier |
CELERITEK |
51 |
DS2001CJ |
V(in): 30V; V(out): 55V; Emitter-base voltage: 6V; 500mA; high current/voltage darlington driver |
National Semiconductor |
52 |
DS2001CM |
V(in): 30V; V(out): 55V; Emitter-base voltage: 6V; 500mA; high current/voltage darlington driver |
National Semiconductor |
53 |
DS2001CN |
V(in): 30V; V(out): 55V; Emitter-base voltage: 6V; 500mA; high current/voltage darlington driver |
National Semiconductor |
54 |
DS2001MJ |
V(in): 30V; V(out): 55V; Emitter-base voltage: 6V; 500mA; high current/voltage darlington driver |
National Semiconductor |
55 |
DS2001TJ |
V(in): 30V; V(out): 55V; Emitter-base voltage: 6V; 500mA; high current/voltage darlington driver |
National Semiconductor |
56 |
DS2001TM |
V(in): 30V; V(out): 55V; Emitter-base voltage: 6V; 500mA; high current/voltage darlington driver |
National Semiconductor |
57 |
DS2001TN |
V(in): 30V; V(out): 55V; Emitter-base voltage: 6V; 500mA; high current/voltage darlington driver |
National Semiconductor |
58 |
DS9665CJ |
V(in): 30V; V(out): 55V; Emitter-base voltage: 6V; 500mA; high current/voltage darlington driver |
National Semiconductor |
59 |
DS9665CM |
V(in): 30V; V(out): 55V; Emitter-base voltage: 6V; 500mA; high current/voltage darlington driver |
National Semiconductor |
60 |
DS9665CN |
V(in): 30V; V(out): 55V; Emitter-base voltage: 6V; 500mA; high current/voltage darlington driver |
National Semiconductor |
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