PL-XXR-00-SH3-C6

COMMUNICATIONS COMpONENTS 850 nm 8.5 G ROSA PL-xxR-00-SH3-C6 Key Features • Data rates up to 8.5 Gbps • 3.3 V operation • -40 °C to 85 °C operation • Differential output • Isolated case • Received signal strength indicator (RSSI) • LC or SC connectorized PIN plus preamplifier Benefits • Optional controlled impedance flex from OSA to PCBA for excellent 8.5 Gbps product performance • Industrial operational temperature • Industry standard form factor and size • Modulation performance verification The JDSU 850 nm PL-xxR-00-SH3-C6 connectorized ROSA product (Receiver Optical Sub-Assembly) is designed for high-speed data communication applications. The product utilizes a GaAs PIN/TIA integrated in a custom hermetic TO package. Each device is actively aligned to a precision OSA housing using a proprietary alignment algorithm and tested to precise requirements. A controlled impedance flex circuit provides the user with optimum performance. The PL-xxR-00-SH3-C6 converts optical power into an electrical signal at data rates up to 8.5 Gbps and is engineered for performance over extended operating temperature and power conditions with high reliability. Each part is electro-optically tested to insure optimum performance and sensitivity. NORTH AMERICA: 800 498-JDSU (5378) wORlDwIDE: +800 5378-JDSU wEBSITE: www.jdsu.com 850 NM 8.5 G ROSA  ROSA without Flex Dimensions (lC) REV DESCRIPTION ECO ENG DATE CHECKED DATE UNITS: MM .X = 0.2 .XX = 0.10 .XXX = 0.050 01 02 INITIAL RELEASE UPDATED DRAWING TO REFLECT CHANGES TO PARENT DWG CORRECTED PIN DIAMETERS 006501 006785 007261 DWP AK DB 31 OCT 06 20 FEB 07 21 JUN 07 PB DAC CW 01 NOV 06 27 FEB 07 21 JUN 07 03 +0.050 4.039 - 0.025 2X 5.941 6.599 0.660 10 MAX ROTATIONAL MISALIGNMENT BETWEEN TO CAN ASSY AND BARREL 5X 13.460 2X 41° A 2.083±0.025 0.838±0.025 BARREL KEYING FEATURE PIN 2 +0.025 5.080 - 0.076 2.540 2X 0.250 PIN 1 3X 0.440 PIN 3 2X 82° PIN 4 2.921±0.025 45°±1° 1.270 +0.38 6.50 - 0.25 4.039 OPTICAL REF PLANE A PIN 5 4.166 45°±1° SECTION A-A MUST CONFORM TO PICOLIGHT QUALITY PROCEDURE 07000056 UNLESS OTHERWISE SPECIFIED D PAQUET DIMENSIONS ARE IN MILLIMETERS DRAWN UNLESS OTHERWISE SPECIFIED CHECKED ENG DATE DATE DATE 1480 ARTHUR AVENUE LOUISVILLE, COLORADO 80027 Ph 303-530-318 9 Fx 303-530-4897 31 OCT 06 D PAQUET 31 OCT 06 DWG, DATASHEET, ROSA 10G, LC, 4+1, STACK PIN, ULTEM pl-SxR-00-SH3-C6 (no flex) pin 1 2 3 4 5 Symbol Vout P Vdd RSSI Vout N GND Function TIA Output Voltage (Non-Inverted) Positive Supply Voltage Receive Signal Power, Avg. Current TIA Output Voltage (Inverted) Ground 850 NM 8.5 G ROSA 3 ROSA with Flex Dimensions (lC) UNITS: MM .X = 0.2 .XX = 0.10 .XXX = 0.050 +0.05 0 4.03 9 - 0.02 5 6.59 9 2.08 3±0.02 5 2X 5.94 1 0.66 0 5X 1 A PIN 2 PIN 3 BARREL KEYING FEATURE 5.08 0+0.02 5 - 0.07 6 PIN 4 0.838±0.02 5 90°±10° 2.92 1±0.02 5 1.27 0 6.18+0 .3 8 - 0 .2 5 A PIN 1 10.8 0 PIN 5 PAD 6 PAD 1 0.80 PAD PITCH OPTICAL REF PLANE 0.13 0 .40 0. 5 2X 2.28 45.0 °±0.5° B 4.84 0 4.03 9 1.12 0.92 0.46 4.16 6 0.38 DETAIL B 0.30 2X 0.71 45.0°±0.5° SECTION A-A pl-FxR-00-SH3-C6 (with flex) pad 1 2 3 4 5 6 Symbol Vcc GND Vout P Vout N GND RSSI Function Vcc Ground TIA Output Voltage (Non-Inverted) TIA Output Voltage (Inverted) Ground Receive Signal Power, Avg. Current 850 NM 8.5 G ROSA  Shipping Information Shipped in anti-static stackable trays. Absolute Maximum Ratings (Tcase = 30 °C , Continuous Wave (CW) operation unless otherwise stated) parameter Storage temperature Incident optical power Lead solder temperature Flex attach temperature Power supply voltage Symbol Tst Pin Ts TF VP Ratings -40 to +100 +5 260 °C for 10 sec. 2 mm from case 370 °C for 10 sec. 4.0 Unit °C dBm V Note: Conditions exceeding those listed may cause permanent damage to the device. Devices subjected to conditions beyond the limits specified for extended periods of time may adversely affect reliability. Electro-optical Characteristics (Tcase = 30 °C , Vcc = 3.3 V unless otherwise stated) parameter Wavelength responsivity Case operating temperature Supply voltage Supply current Bandwidth Low frequency cutoff Responsivity (@50 MHz) Sensitivity (OMA) Output resistance Optical overload Differential output voltage Duty cycle distortion Rise/Fall time Slope of RSSI vs Pin RSSI current with zero input1 RSSI linearity range 1. Connect RSSI to ground with a resistor