SUBSCRIBER LINE INTERFACE CIRCUIT

DISTINCTIVE CHARACTERISTICS ■ Ideal for low power sensitive applications ■ Low standby power (normal and reverse) ■ Automatic on-chip battery switching ■ On-chip thermal management ■ On-chip thermal shutdown ■ –20 V to –60 V battery operation ■ Programmable current limit ■ Programmable res

SUBSCRIBER LINE INTERFACE CIRCUIT

DISTINCTIVE CHARACTERISTICS ■ Ideal for low power sensitive applications ■ Low standby power (normal and reverse) ■ Automatic on-chip battery switching ■ On-chip thermal management ■ On-chip thermal shutdown ■ –20 V to –60 V battery operation ■ Programmable current limit ■ Programmable res

SUBSCRIBER LINE INTERFACE CIRCUIT

DISTINCTIVE CHARACTERISTICS ■ Ideal for low power sensitive applications ■ Low standby power (normal and reverse) ■ Automatic on-chip battery switching ■ On-chip thermal management ■ On-chip thermal shutdown ■ –20 V to –60 V battery operation ■ Programmable current limit ■ Programmable res

SUBSCRIBER LINE INTERFACE CIRCUIT

DISTINCTIVE CHARACTERISTICS ■ Ideal for low power sensitive applications ■ Low standby power (normal and reverse) ■ Automatic on-chip battery switching ■ On-chip thermal management ■ On-chip thermal shutdown ■ –20 V to –60 V battery operation ■ Programmable current limit ■ Programmable res

SUBSCRIBER LINE INTERFACE CIRCUIT

DISTINCTIVE CHARACTERISTICS ■ Ideal for low power sensitive applications ■ Low standby power (normal and reverse) ■ Automatic on-chip battery switching ■ On-chip thermal management ■ On-chip thermal shutdown ■ –20 V to –60 V battery operation ■ Programmable current limit ■ Programmable res

SUBSCRIBER LINE INTERFACE CIRCUIT

DISTINCTIVE CHARACTERISTICS ■ Ideal for low power sensitive applications ■ Low standby power (normal and reverse) ■ Automatic on-chip battery switching ■ On-chip thermal management ■ On-chip thermal shutdown ■ –20 V to –60 V battery operation ■ Programmable current limit ■ Programmable res

SUBSCRIBER LINE INTERFACE CIRCUIT

DISTINCTIVE CHARACTERISTICS ■ Ideal for low power sensitive applications ■ Low standby power (normal and reverse) ■ Automatic on-chip battery switching ■ On-chip thermal management ■ On-chip thermal shutdown ■ –20 V to –60 V battery operation ■ Programmable current limit ■ Programmable res

SUBSCRIBER LINE INTERFACE CIRCUIT

3.3 V/5 V Multiplying 12-Bit DACs

GENERAL DESCRIPTION The AD7943, AD7945 and AD7948 are fast 12-bit multiplying DACs that operate from a single +5 V supply (Normal Mode) and a single +3.3 V to +5 V supply (Biased Mode). The AD7943 has a serial interface, the AD7945 has a 12-bit parallel interface, and the AD7948 has an 8-bit byte

3.3 V/5 V Multiplying 12-Bit DACs

GENERAL DESCRIPTION The AD7943, AD7945 and AD7948 are fast 12-bit multiplying DACs that operate from a single +5 V supply (Normal Mode) and a single +3.3 V to +5 V supply (Biased Mode). The AD7943 has a serial interface, the AD7945 has a 12-bit parallel interface, and the AD7948 has an 8-bit byte

3.3 V/5 V Multiplying 12-Bit DACs

GENERAL DESCRIPTION The AD7943, AD7945 and AD7948 are fast 12-bit multiplying DACs that operate from a single +5 V supply (Normal Mode) and a single +3.3 V to +5 V supply (Biased Mode). The AD7943 has a serial interface, the AD7945 has a 12-bit parallel interface, and the AD7948 has an 8-bit byte

3.3 V/5 V Multiplyingnull

文件：221.29 Kbytes Page：16 Pages

3.3 V/5 V Multiplying 12-Bit DACs

文件：221.29 Kbytes Page：16 Pages