CMOS Calling Number Identification Circuit

Description The MT8841 Calling Number Identification Circuit (CNIC) is a CMOS integrated circuit providing an interface to various calling line information delivery services that utilize 1200 baud BELL 202 or CCITT V.23 FSK voiceband data transmission schemes. The CNIC receives and demodulates th

Calling Number Identification Circuit

CMOS Calling Number Identification Circuit

Description\nThe MT8841 Calling Number Identification Circuit (CNIC) is a CMOS integrated circuit providing an interface to various calling line information delivery services that utilize 1200 baud BELL 202 or CCITT V.23 FSK voiceband data transmission schemes. The CNIC receives and demodulates the • 1200 baud BELL 202 and CCITT V.23\n   Frequency Shift Keying (FSK) demodulation\n• Compatible with Bellcore TR-NWT-000030 and\n   SR-TSV-002476\n• High input sensitivity: -36dBm\n• Simple serial 3-wire data interface eliminating\n   the need for a UART\n• Power down mode\n• Internal gain adjustabl;

CMOS Calling Number Identification Circuit

Description The MT8841 Calling Number Identification Circuit (CNIC) is a CMOS integrated circuit providing an interface to various calling line information delivery services that utilize 1200 baud BELL 202 or CCITT V.23 FSK voiceband data transmission schemes. The CNIC receives and demodulates th

CMOS Calling Number Identification Circuit

Description The MT8841 Calling Number Identification Circuit (CNIC) is a CMOS integrated circuit providing an interface to various calling line information delivery services that utilize 1200 baud BELL 202 or CCITT V.23 FSK voiceband data transmission schemes. The CNIC receives and demodulates th

CMOS Calling Number Identification Circuit

Description The MT8841 Calling Number Identification Circuit (CNIC) is a CMOS integrated circuit providing an interface to various calling line information delivery services that utilize 1200 baud BELL 202 or CCITT V.23 FSK voiceband data transmission schemes. The CNIC receives and demodulates th

600mA CMOS LDO

General Description The AME8841 linear regulator features low quiescent current (30mA typ.) with low dropout voltage, making it ideal for battery applications. The space-saving SO-8 package is attractive for Pocket? and Hand Held applications. Features ● Very Low Dropout Voltage ● Guaranteed 6

600mA CMOS LDO

General Description The AME8841 linear regulator features low quiescent current (30mA typ.) with low dropout voltage, making it ideal for battery applications. The space-saving SO-8 package is attractive for Pocket? and Hand Held applications. Features ● Very Low Dropout Voltage ● Guaranteed 6

8-Bit Octal, 2-Quadrant Multiplying, CMOS TrimDAC

GENERAL DESCRIPTION The DAC-8841 provides eight general purpose digitally controDed voltage adjustment devices. The TrimDAC™ capability replaces the mechanical trimmer function in new designs. It is ideal for ac or dc gain control of up to 1 MHz bandwidth signals. FEATURES Replaces 8 Poten

8-Bit Octal, 2-Quadrant Multiplying, CMOS TrimDAC

GENERAL DESCRIPTION The DAC-8841 provides eight general purpose digitally controDed voltage adjustment devices. The TrimDAC™ capability replaces the mechanical trimmer function in new designs. It is ideal for ac or dc gain control of up to 1 MHz bandwidth signals. FEATURES Replaces 8 Poten

8-Bit Octal, 2-Quadrant Multiplying, CMOS TrimDAC

GENERAL DESCRIPTION The DAC-8841 provides eight general purpose digitally controDed voltage adjustment devices. The TrimDAC™ capability replaces the mechanical trimmer function in new designs. It is ideal for ac or dc gain control of up to 1 MHz bandwidth signals. FEATURES Replaces 8 Poten