renesas electronics  (3.571 artikelen gevonden)

Channel Type = N Maximum Continuous Drain Current = 4 A Maximum Drain Source Voltage = 1500 V Package Type = TO-3PN Mounting Type = Through Hole Pin Count = 3 Maximum Drain Source Resistance = 4.6 ...

Digital Potentiometer, Intersil

Number of Channels = 32

Digital Potentiometer, Intersil

IC Type = Video Decoder IC Power Supply Type = Analogue, Digital Mounting Type = Surface Mount Package Type = 32 Ld QFN, 32 Ld TQFP Pin Count = 32

IC Type = Video Decoder IC Power Supply Type = Analogue, Digital Mounting Type = Surface Mount Package Type = 32 Ld WFQFN Pin Count = 32

Amplifier Type = Dual Operational Mounting Type = Surface Mount Package Type = SOP Power Supply Type = Dual Number of Channels per Chip = 2 Pin Count = 8 Typical Gain Bandwidth Product = 14MHz

Pin Count = 14

The Renesas Electronics XPC series are digitally controlled potentiometer. The device consists of a resistor array, wiper switches, a control section, and non-volatile memory. The wiper position is...

Taper Type = Linear Memory Type = Non-Volatile Number of Pots per Package = 1 Package Type = SOIC Pin Count = 8

The Renesas Electronics XPC series are digitally controlled potentiometer. The device consists of a resistor array, wiper switches, a control section, and non-volatile memory. The wiper position is...

Control Interface = Serial-3 Wire Taper Type = Linear Memory Type = Non-Volatile Package Type = SOIC Pin Count = 8

Family Name = RA4M3 Package Type = LQFP Mounting Type = Surface Mount Pin Count = 64 Device Core = ARM Cortex M33 Data Bus Width = 12bit Program Memory Size = 1.024 MB Maximum Frequency = 100MHz RA...

MCU RA4 ARM CM33 100MHZ 1MB/256K QFP64The Renesas Electronics MCU RA4 ARM CM33 has capacitive touch sensing unit. It has Integrated Security Crypto Module with several cryptography accelerators, ke...

Shunt Regulators, Renesas Electronics. Shunt Regulators are the standard reference voltage source widely used by the feedback circuits of switching power supplies. It has a better voltage precision...