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SPQ-CE-ER-CDFM (Sourcephotonics)
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| Msa Compliance | Compliant with 100G 4WDM-40 MSA technical specification rev 1.0 |
|---|---|
| Electrical Interface | High speed I/O electrical interface (CAUI-4) compliant with IEEE 802.3-2018 |
| Data Rate Gbps | 100 |
| Max Power W | 4.5 |
| Interconnect Type | optical_transceiver |
| Fiber Type | SMF |
| Optical Connector | duplex-LC |
| Product Name | 100G 4WDM-40 QSFP28 Transceiver |
| Laser Class | |
| Product Description |
| Form factor | QSFP28 |
|---|---|
| SKU | SPQ-CE-ER-CDFM |
| Document Number | |
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| Document Date | |
| Datasheet Status | |
| Standard Compliance |
| Supply Voltage (Feature) |
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| Case Operating Temperature (Feature) |
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| Laser/Receiver Type (Feature) |
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| Package/Connector (Feature) |
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| Management Interface (Feature) |
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| RoHS Compliance |
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| Storage Temperature (TS) Min. |
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| Storage Temperature (TS) Max. |
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| Supply Voltage (VCC) Min. |
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| Supply Voltage (VCC) Max. |
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| Relative Humidity (non-condensing) (RH) Min. |
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| Relative Humidity (non-condensing) (RH) Max. |
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| Data Input Voltage – Differential (|VDIP-VDIN|) Max. |
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| Control Input Voltage (VI) Min. |
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| Control Input Voltage (VI) Max. |
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| Control Output Current (IO) Min. |
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| Control Output Current (IO) Max. |
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| Operating Case Temperature (TOPR) Min. |
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| Operating Case Temperature (TOPR) Max. |
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| Power Supply Voltage (VCC) Min. |
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| Power Supply Voltage (VCC) Typical |
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| Power Supply Voltage (VCC) Max. |
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| Instantaneous peak current at hot plug (ICC_IP) Max. |
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| Sustained peak current at hot plug (ICC_SP) Max. |
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| Maximum Power Dissipation (PD) Max. |
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| Maximum Power Dissipation, Low Power Mode (PDLP) Max. |
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| Aggregate Bit Rate (ABR) Typical |
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| Data Rate per Lane (DRL) Typical |
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| Control Input Voltage High (VIH) Min. |
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| Control Input Voltage High (VIH) Max. |
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| Control Input Voltage Low (VIL) Min. |
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| Control Input Voltage Low (VIL) Max. |
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| Two Wire Serial Interface Clock Rate Max. |
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| Module power supply noise tolerance 10 Hz - 10 MHz (peak-to-peak) Max. |
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| Rx Differential Data Output Load Typical |
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| Operating Distance Min. |
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| Operating Distance Max. |
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| Tx Wavelength L0 (λC0) Min. |
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| Tx Wavelength L0 (λC0) Typical |
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| Tx Wavelength L0 (λC0) Max. |
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| Tx Wavelength L1 (λC1) Min. |
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| Tx Wavelength L1 (λC1) Typical |
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| Tx Wavelength L1 (λC1) Max. |
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| Tx Wavelength L2 (λC2) Min. |
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| Tx Wavelength L2 (λC2) Typical |
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| Tx Wavelength L2 (λC2) Max. |
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| Tx Wavelength L3 (λC3) Min. |
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| Tx Wavelength L3 (λC3) Typical |
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| Tx Wavelength L3 (λC3) Max. |
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| Side-mode suppression ratio (SMSR) Min. |
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| Total Average Optical Launch Power (POUT) Max. |
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| Average Launch Power Tx_Off (Each Lane) (POUT_OFF) Max. |
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| Average Optical Launch Power (Each Lane) (POUTL) Min. |
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| Average Optical Launch Power (Each Lane) (POUTL) Max. |
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| Extinction Ratio (ER) Min. |
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| Optical Modulation Amplitude (Each Lane) (OMA) Min. |
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| Optical Modulation Amplitude (Each Lane) (OMA) Max. |
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| Launch Power in OMA minus TDP (Each Lane) (OMA-TDP) Min. |
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| Difference in launch power between any two lanes (Average and OMA) (DT_OMA) Max. |
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| Transmitter and Dispersion Penalty (Each Lane) (TDP) Max. |
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| Optical Return Loss Tolerance (ORLT) Min. |
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| Transmitter Eye Mask Definition {X1, X2, X3, Y1, Y2, Y3} |
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| Transmitter Reflectance (TR) Max. |
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| Rx Wavelength L0 (λC0) Min. |
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| Rx Wavelength L0 (λC0) Typical |
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| Rx Wavelength L0 (λC0) Max. |
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| Rx Wavelength L1 (λC1) Min. |
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| Rx Wavelength L1 (λC1) Typical |
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| Rx Wavelength L1 (λC1) Max. |
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| Rx Wavelength L2 (λC2) Min. |
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| Rx Wavelength L2 (λC2) Typical |
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| Rx Wavelength L2 (λC2) Max. |
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| Rx Wavelength L3 (λC3) Min. |
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| Rx Wavelength L3 (λC3) Typical |
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| Rx Wavelength L3 (λC3) Max. |
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| Receiver sensitivity (OMA), each lane at 5 x 10-5 BER Max. |
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| Stressed receiver sensitivity (OMA), each lane at 5 x 10-5 BER Max. |
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| Stressed Eye J2 Jitter (Each Lane) Typical |
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| Stressed Eye J4 Jitter (Each Lane) Typical |
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| Vertical Eye Closure Penalty Typical |
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| SRS eye mask definition {X1, X2, X3, Y1, Y2, Y3} |
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| Damage threshold, each lane (Pin, damage) Min. |
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| Average Receive Power (Each Lane) Min. |
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| Average Receive Power (Each Lane) Max. |
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| Receive Power in OMA (Each Lane), Overload (OMA) Max. |
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| Receiver Reflectance (RXR) Max. |
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| High-Speed Signal Compliance |
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| Low-Speed Signal Compliance |
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| Transmitter (Module Input) Signaling rate per lane (range) |
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| Transmitter Differential pk-pk input voltage tolerance (VIN,P-P) Min. |
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| Transmitter Differential Termination Mismatch Max. |
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| Transmitter Single-ended voltage tolerance range Min. |
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| Transmitter Single-ended voltage tolerance range Max. |
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| Transmitter DC common mode voltage Min. |
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| Transmitter DC common mode voltage Max. |
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| Receiver (Module Output) Signaling rate per lane (range) |
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| Receiver AC common-mode output voltage Max. |
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| Receiver Differential output voltage (VOUT,P-P) Max. |
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| Receiver Eye width Min. |
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| Receiver Eye height, differential Min. |
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| Receiver Vertical eye closure Max. |
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| Receiver Differential Termination Mismatch Max. |
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| Receiver Output Rise/Fall Time, 20%~80% (TR) Min. |
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| Receiver DC common mode voltage Min. |
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| Receiver DC common mode voltage Max. |
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| Initialization Time (t_init) Max. |
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| Reset Init Assert Time (t_reset_init) Min. |
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| Serial Bus Hardware Ready Time (t_serial) Max. |
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| Monitor Data Ready Time (t_data) Max. |
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| Reset Assert Time (t_reset) Max. |
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| LPMode/TxDis mode change time (t_LPMode/TxDis) Max. |
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| LPMode Assert Time (ton_LPMode) Max. |
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| LPMode De-assert Time (toff_LPMode) Max. |
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| IntL/RxLOSL mode change time (t_IntL/RxLOSL) Max. |
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| IntL Assert Time (ton_IntL) Max. |
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| IntL Deassert Time (toff_IntL) Max. |
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| RxLOSL Assert Time (Optional Fast Mode) (ton_f_LOS) Max. |
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| RxLOSL Deassert Time (Optional Fast Mode) (toff_f_LOS) Max. |
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| Rx LOS Assert Time (ton_lol) Max. |
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| Tx Fault Assert Time (ton_Txfault) Max. |
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| Flag Assert Time (ton_flag) Max. |
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| Mask Assert Time (ton_mask) Max. |
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| Mask Deassert Time (toff_mask) Max. |
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| Power_over-ride or Power-set Assert Time (ton_Pdown) Max. |
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| Power_over-ride or Power-set De-assert Time (toff_Pdown) Max. |
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| Rx Squelch Assert Time (ton_Rxsq) Max. |
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| Rx Squelch Deassert Time (toff_Rxsq) Max. |
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| Tx Squelch Assert Time (ton_Txsq) Max. |
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| Tx Squelch Deassert Time (toff_Txsq) Max. |
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| Tx Disable Assert Time (ton_txdis) Max. |
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| Tx Disable Deassert Time (toff_txdis) Max. |
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| Tx Disable Assert Time (Optional Fast Mode) (Ton_f_TxDis) Max. |
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| Tx Disable Deassert Time (Optional Fast Mode) (Toff_f_TxDis) Max. |
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| Rx Output Disable Assert Time (ton_rxdis) Max. |
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| Rx Output Disable Deassert Time (toff_rxdis) Max. |
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| Squelch Disable Assert Time (ton_sqdis) Max. |
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| Squelch Disable Deassert Time (toff_sqdis) Max. |
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| Digital Diagnostics Temperature Range |
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| Digital Diagnostics Temperature Accuracy |
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| Digital Diagnostics Temperature Calibration |
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| Digital Diagnostics Voltage Range |
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| Digital Diagnostics Voltage Accuracy |
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| Digital Diagnostics Voltage Calibration |
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| Digital Diagnostics Tx Bias Current (Each Lane) Range |
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| Digital Diagnostics Tx Bias Current (Each Lane) Accuracy |
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| Digital Diagnostics Tx Bias Current (Each Lane) Calibration |
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| Digital Diagnostics Tx Output Power (Each Lane) Range |
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| Digital Diagnostics Tx Output Power (Each Lane) Accuracy |
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| Digital Diagnostics Tx Output Power (Each Lane) Calibration |
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| Digital Diagnostics Rx Power (Each Lane) Range |
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| Digital Diagnostics Rx Power (Each Lane) Accuracy |
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| Digital Diagnostics Rx Power (Each Lane) Calibration |
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| Vcc steady state current rating (per Vcc contact, SFF-8662/SFF-8672) |
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| Recommended Host Board Power Supply Filtering |
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| Order Information – Part No. |
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| Order Information – Application |
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| Order Information – Data Rate |
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| Order Information – Laser Source |
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| Order Information – Fiber Type |
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