Full-Function Top-Class Agc Forward Path Optical Fiber Receiver (HR9136, HR9153)

• Type: Fiber Receiver
• Certification: CE
• Condition: New
• Model NO.: HR9136, HR9153
• Name: Agc Forward Path Optical Fiber Receiver
• Feature: Full-Function
• Operating Wavelength: 1310/1550nm
• Work Bandwidth: 45~862MHz
• Input Power: -5~+3dBm
• Return Wave Loss: >55db
• Flatness: <+-0.5db
• Output Level: 96dbuv; 113dbuv
• Approved: 3rd Part Certification
• Transport Package: 54*64*14cm
• Specification: CE
• Trademark: AITC
• Origin: China

Product Description

HR9136, HR9153
Full-function Top-class AGC Forward Path Optical fiber Receiver

AITC HR9100series AGC forward path optical fiber receiver is designed and produced by absorbing the advantages of all kinds of CATV AGC optical receiver from both home and abroad. Featured with high index, multi-function and high reliability, it is suitable for high-end subscribers.

Product feature
1. Optical AGC
2. Dual power supply inside backup. Switch full-automatically.
3. Casing temperature is auto-controlled.
4. Advanced Network Management function.
5. Intuitional RF input level display.

Product series
1. HR9136 Output level: 96dBμ V(0dBm Receive)
2. HR9153 Output level: 113dBμ V(0dBm Receive)

Performance			HR9136		HR9153
Optic feature	wavelength	(nm)		1310 / 1550
	Output power	(dBm)		-5~+3
	Working mode			Optical AGC
	Return wave loss	(dB)		≥ 55
	Optical connector			FC/APC
RF feature	Bandwidth	(MHz)		45~862
	Output level	(dBμ V)		96	113
	Flatness	(dB)		≤ ± 0.5
	Output level adjustable	(dB)		0~20(MGC)
	Reflect loss	(dB)		≥ 16(750MHz)
	Output impedance	(Ω )		75
Link feature	Test channel			PAL-D/60ch
	CNR	(dB)		≥ 52(10Km fiber, -1dBm receive)
	CTB	(dB)		≤ -70
	CSO	(dB)		≤ -63
General feature	Network management interface			RJ45, RS232(support IE and SNMP)
	Power supply	(V)		90~265VAC (-48VDC selectable)
	Power Consume	(W)		≤ 50(single power work)
	Work temp.	(C)		-5~65(Machine temp. Control automatically)
	Storage temp.	(C)		-40~85
	Relative humidity	(%)		5~95
	Size	(" )		19× 10× 1.75 ((W)x(D)x(H))