CPC5604ATR Clare, CPC5604ATR Datasheet
CPC5604ATR
Specifications of CPC5604ATR
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CPC5604ATR Summary of contents
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... International compliance, external passive component values can be changed or, the CPC5604 can be used in conjunction with the CPC5601 Programmable Driver for a host programmable International DAA. Approvals • UL1950/UL1459 • EN60950 Ordering Information Part # CPC5604A CPC5604ATR Block Diagram Isolation Barrier Transmit Isolation Amplifier Tx+ Transmit Diff. Amplifier Tx- OH ...
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... CTR-21 Compliance ................................................................................................................................................18 AC Characteristics ....................................................................................................................................................18 Differential and Single Ended Mode ........................................................................................................................19 Receive and Transmit Frequency Response ..........................................................................................................19 Figure 4C - Transmit Frequency Response Setup ..................................................................................................20 Figure 4D - Transmit Frequency Response Tx±......................................................................................................20 Distortion ..................................................................................................................................................................21 Figure 5C - Transmit Distortion Text Tx± to Tip/Ring Setup ....................................................................................22 Figure 5D - Transmit Distortion on Tip/Ring ............................................................................................................22 Trans-Hybrid Loss ....................................................................................................................................................23 2 www.clare.com XXX ...
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... Table of Contents (Continued) Return Loss ..............................................................................................................................................................24 Snoop Mode Frequency Response..........................................................................................................................25 Snoop Mode Distortion ............................................................................................................................................26 Snoop Mode Common Mode Rejection Ratio (CMRR) ..........................................................................................27 Country Specific Component Values........................................................................................................................28 Interconnection to Rockwell 56K Chipset ................................................................................................................29 Interconnection to Lucent 56K Chipset ....................................................................................................................30 Mechanical Dimensions............................................................................................................................................31 XXX www.clare.com CPC5604 3 ...
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... Tip and Ring to Ground, per FCC part - www.clare.com CONDITION Modem Side Modem Side From Tip and Ring Drawn from Tip and Ring Tip to Ring, 100VDC Applied 150VDC Applied from Tip and Ring to Earth GND Ring Signal Applied to Tip and Ring Ring Signal Applied to Tip and Ring ...
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... W -20 - +85 °C -40 - +125 °C — - +220 °C www.clare.com CPC5604 CONDITION 3dB corner frequency - - 4kHz Flat bandwidth -3dBm, 600Hz, 2nd Harmonic Single Tone Sine Wave Single Tone Sine Wave Sink and Source - Line Side to Modem Side No Damage via T/R 1MΩ to Ground 1MΩ ...
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... Receive signal input path via Tip and Ring. 27 BR- Return to bridge rectifier negative output. 28 TXS Receive photodiode amplifier input. 29 ZNT Sets DAA impedance via external passive network. 30 ZTX Transmit Transconductance gain setting pin. 31 TXF2 Receive photodiode amplifier output. 32 BR- Return to bridge rectifier negative output. www.clare.com XXX ...
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... Applications North American Reference Design Schematic XXX www.clare.com CPC5604 7 ...
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... NPO 5% 0.1uf 50V 10% X7R 0.001uf 500V10% X7R 0.47uf 25V Tant 10% Panasonic .010 uf 50V 10% X7R Bridge Rectifier Shindengen Surge Protection www.clare.com Package Type Clare 32 Lead SOIC Clare SOT-223 Meritek ‘0603 Meritek ‘0603 Meritek ‘0603 Meritek 0603 Meritek ‘0603 Meritek ‘1206 Meritek ‘ ...
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... International Reference Design Schematic XXX www.clare.com CPC5604 9 ...
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... X7R Tecate Surge Protection Teccor Zener 20V Rohm Bridge Rectifier Shindengen Diode BAS16 Rohm www.clare.com Package Type Clare 32 Lead SOIC Clare SO16 Clare SOT-223 ‘0603 ‘0603 ‘0603 0603 ‘0603 ‘1206 ‘0603 ‘0603 ‘0603 ‘0603 ‘0603 ‘0603 ‘0603 ‘1206 ‘0805 ‘ ...
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... CTR-21 Reference Design Schematic XXX www.clare.com CPC5604 11 ...
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... NPO 5% 0.1uf 50V 10% X7R 0.001uf 500V10% X7R 0.47uf 25V Tant 10% Panasonic 0.01uf 50V 10% X7R Bridge Rectifier Shindengen Surge Protection 4N35 www.clare.com Package Type Clare 32 Lead SOIC Clare SOT-223 Meritek ‘0603 Meritek 0603 Meritek ‘0603 Meritek ‘0603 Meritek ‘0603 Meritek ‘1206 Meritek ‘ ...
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... CTR-21 with Exceptions Reference Design Schematic XXX www.clare.com CPC5604 13 ...
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... X7R 0.001uf 500V10% X7R 0.47uf 25V Tant 10% Panasonic 0.01uf 50V 10% X7R Bridge Rectifier Shindengen Surge Protection 4N35 4N35 4N35 www.clare.com Package Type Clare 32 Lead SOIC Clare SOT-223 Meritek ‘0603 Meritek ‘0603 Meritek ‘0603 Meritek 0603 Meritek ‘0603 Meritek ‘1206 Meritek ‘ ...
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... Variations in gain due to electrical-optical-electrical efficiency are vir- tually eliminated by an on-chip automatic gain control circuit which sets the input to output gain of the photo- diode amplifier to 1. This results insertion loss of +/- 1dB. max, the RMS www.clare.com CPC5604 TM goes off-hook it auto- 15 ...
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... Figure 2B Connection To Host Single Ended (Receive) HOST DATA PUMP/CODEC 0.1uF RX+ RX- TM SINGLE ENDED CONNECTION TO CPC5604A Figure 2C Connection To Host Differential (Transmit) HOST DATA PUMP/CODEC TXA1 TXA2 SINGLE ENDED CONNECTION TO CPC5604A www.clare.com TM CPC5604A LITELINK RX+ RX- TM CPC5604A LITELINK 0.1uf TX TX+ 0.1uf XXX ...
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... CID line which automatically couples the snoop circuit to the RX outputs on the LiteLink (2π www.clare.com CPC5604 Value -13dBm Simplex, 2W Phase-coherent, FSK 1200±12Hz 2200± 22Hz 1200bps serial binary async < 10E -5 833± ...
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... Suggested resistor values for various countries are listed in table 1. The VI profile on Tip and Ring is described by the following equation LINE BRIDGE Example: I 1.69MW It’s important www.clare.com TM is designed to meet various country DC (R20) respectively. Resistor values can DCS R +12MΩ DCS + 0.5V 8mA)R LINE (R ) ...
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... CTR-21 (Section 4.7.1) is 60mA and can be selected by the following equation ILM = RZDC Clare recommends current limit be set to 53mA using an R value of 22Ω. Since V ZDC excess power is dissipated in the external MOSFET package. Since the maximum off-hook line voltage and current in CTR-21 is 40V and 53mA respectively, the maximum power dissipated by the MOSFET is approxi- mately 2 ...
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... RX LITELINK DAA Circuit RX- OH INSERTION LOSS (dB log ( T 100 200 500 Frequency (Hz) www.clare.com TM supports a full 0dBm differential 40mA Loop Current TIP 500 10H Audio + Precision 600 Generator 48V 470 V - T/R uF -3dBm/ 20Hz-4kHz ...
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... XXX TX+ TM LITELINK DAA Circuit V TX TX- OH INSERTION LOSS (dB log ( T 100 200 500 Frequency (Hz) www.clare.com CPC5604 40mA Loop Current TIP 500 10H + IN1 Audio 48V Precision V - AP1 System T/R 600 One Analyzer IN2 RING 500 10H ) ...
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... Analyzer IN2 Figure 5B Receive Distortion on Rx± 600Hz graphs for receive and transmit respectively. Transmit signal for this test is set to -9dBm. RX+ TIP TM LITELINK DAA Circuit RX- RING OH www.clare.com 40mA Loop Current 500 10H Audio + Precision 600 48V Generator - 470 uF -9dBm/ 600Hz 500 ...
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... Figure 5C Transmit Distortion Test Tx± to Tip/Ring Setup Audio 50 Precision Generator -3dBm/600Hz Figure 5D Transmit Distortion on Tip/Ring dB XXX TIP TX+ TM LITELINK DAA Circuit 600 TX- RING OH Frequency (Hz) www.clare.com CPC5604 40mA Loop Current 500 10H + IN1 Audio 48V Precision - AP1 System One Analyzer IN2 500 10H 23 ...
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... The Tx input frequency is swept from 30Hz- 4000Hz and the amplitude of the signal is measured on the Rx inputs and graphed in Figure 6B. RX+ V 100K RX RX- TM LITELINK DAA Circuit OH TX TX- THL = 20 log ( 500 1K 1.5K 2K 2.5K Frequency (Hz) www.clare.com 40mA Loop Current TIP 500 10H + 600 48V - 500uf RING 500 10H ) 3K 3.5K 4K XXX ...
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... Loop Current TIP 500 10H + 48V - RING 500 10H (dB log V GEN Audio Precision System *Note: 0.1% Component tolerances should be used for accurate measurements 500 1K 1.5K 2K 2.5K Frequency (Hz) www.clare.com CPC5604 REF 600 600 Audio Precision Generator + GEN - +B- -A+ One Analyzer 3K 3. ...
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... Tip and Ring to Rx through the capacitive barrier CS instead of the optical path. Snoop frequency response graph is shown in Figure 8B. RX+ 100K LITELINK DAA Circuit RX- CID 500 1K 1.5K 2K 2.5K Frequency (Hz) www.clare.com TIP 600 Audio V T/R Precision Generator RING 3K 3.5K 4K XXX ...
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... FSK CID signals. A graph of THD+N for the snoop mode is shown in Figure 9B. RX+ 100K LITELINK DAA Circuit RX- CID 1K 1.5K 2K 2.5K Hz www.clare.com CPC5604 TIP Audio 600 Precision V Generator T/R -13dbm 1800Hz RING 3K 3. ...
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... Figure 10B is a graph of CMRR vs. frequency. RX+ V 100K RX RX- TM LITELINK DAA Circuit CID 20 50 100 200 500 Frequency (Hz) www.clare.com 40mA Loop Current TIP 10H 500 + 48V V T/R - 2.16uf RING 500 10H 500uf 1% matched ...
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... Country Specific Component Values RZDC US/Far East 8.2W CTR-21 22.1W CTR-21 Countries: UK • France • • Germany • Spain • Switzerland Italy • Luxembourg • Holland • • Belgium • Netherlands Australia • XXX ZZNT 600W 600W www.clare.com CPC5604 29 ...
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... CPC5604 9 24 RING REF 10 CID 23 DCS 11 RX- 22 DCF 12 RX+ 21 ZDC 13 20 SNP+ BR SNP- RPB 15 18 RXF RXS VDD C7 220pF R8 2000V 1. 1.5M 220pF 2000V Rev: Drawn: Date 6/24/99 Company: CP Clare Corp. Title: Interconnection to Conexant(Rockwell) (CPC5600A1X) ALL RESISTORS ARE .100W UNLESS OTHERWISE NOTED ...
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... CPC5604 9 24 RING REF 10 CID 23 DCS 11 RX- 22 DCF 12 RX+ 21 ZDC 13 20 SNP+ BR SNP- RPB 15 18 RXF RXS VDD C7 220pF R5 2000V 1. 1.5M 220pF 2000V Drawn: Date: Rev: 6/24/ Company: CP Clare Corp. Title: Interconnection To Lucent (CPC5600A1X) ALL RESISTORS ARE .100W UNLESS OTHERWISE NOTED ...
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... Mechanical Dimensions Recommended Pad Layout 7.493 + 0.076 10.363 + 0.127 (0.295 + 0.003) (0.408 + 0.005) A Coplaner to A 0.08/(0.003) 32 PL. www.clare.com 11.380 (0.448) 1.650 (0.065) 0.635 (0.025) 0.330 (0.013) 9.730 (0.383) Dimensions mm (inches) ...
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... The products described in this document are not designed, intended, authorized or warranted for use as components in systems intended for surgical implant into the body other applications intended to sup- port or sustain life, or where malfunction of Clare’s product may result in direct physical harm, injury, or death to a person or severe property or environmental damage. Clare, Inc. reserves the right to discontinue or make changes to its products at any time without notice ...