Mitel Networks SP8 fiche technique

No.	Partie #	Fabricant	Description
1	SP8902KGMP1S	Mitel Networks	5GHZ 2 Fixed Modulus Divider G Very High Operating Speed G Operation down to DC with Square Wave Input G Silicon Technology for Low Phase Noise Absolute Maximum Ratings Supply voltage, VCC 6 ·5V Storage temperature 265°C to 1150°C Maximum junction temperature 1150°C Prescaler in
2	SP8715IGMPAS	Mitel Networks	1100MHz Very Low Current Multi-Modulus Divider Odering Information G G G G G G G Operation to 1100MHz Very Low Power Single Supply Operation 2.7V to 5.25V Power Down Facility for Battery Economy Latched Modulus Control Input Push Pull Output Drive ESD Protection on All Pins† SP8715/IG/MPAS Indu
3	SP8852	Mitel Networks	27GHz Parallel Load Professional Synthesiser s 2 ·7 GHz Operating Frequency s Single 5V Supply s Low Power Consumption <1 ·3W s High Comparison Frequency : 20MHz s High Gain Phase Detector : 1mA/rad s Zero ‘Dead Band’ Phase Detector s Wide Range of RF and Reference Division Ratios s Programming b
4	SP8861	Mitel Networks	13GHz Low Power Single-Chip Frequency Synthesiser s Improved Digital Phase Detector Eliminates ‘Dead Band’ Effects s Low Operating Power, Typically 175mW s 1 ·3GHz Operating Frequency s Complete Phase Locked Loop s High Input Sensitivity s Programmed throughThree-Wire Bus s Wide Range of Reference Di
5	SP8916KGMP1S	Mitel Networks	5GHZ 16 Fixed Modulus Divider G Very High Operating Speed G Operation down to DC with Square Wave Input G Silicon Technology for Low Phase Noise Absolute Maximum Ratings Supply voltage, VCC 6 ·5V Storage temperature 265°C to 1150°C Maximum junction temperature 1150°C Prescaler in
6	SP8402	Mitel Networks	Very Low Phase Noise Divider by 2N s Very low Phase Noise (Typically -155 to 160dBc/Hz at 1kHz offset) s Supply Voltage 5V ABSOLUTE MAXIMUM RATINGS Supply Voltage Output Current Storage Temperature Range Maximum Clock Input Voltage 6.5V 20mA -55°C to +125°C 2.5V p-p MP28 Fig.1 Pin
7	SP8830BDG	Mitel Networks	1.5GHz 10 Prescaler q q Ordering Information SP8830 A DG SP8830 B DG DES9157201/AC/DGAZ (SMD) High Speed Operation 1 ·5GHz Silicon Technology for Low Phase Noise (Typically Better Than 2140dBc / Hz at 10kHz) Very Low Power Dissipation: 150mW (Typ.) Single 5V Supply Ope
8	SP8904	Mitel Networks	5GHZ 4 Fixed Modulus Divider G Very High Operating Speed G Operation down to DC with Square Wave Input G Silicon Technology for Low Phase Noise Absolute Maximum Ratings Supply voltage, VCC 6 ·5V Storage temperature 265°C to 1150°C Maximum junction temperature 1150°C Prescaler in
9	SP8401	Mitel Networks	Very Low Phase Noise 300MHz 10/11 s Very low Phase Noise (Typically -160dBc/Hz at 1kHz offset) s Supply Voltage 5V ABSOLUTE MAXIMUM RATINGS Supply Voltage Output Current Storage Temperature Range Maximum Clock Input Voltage 6.5V 20mA -55°C to +125°C 2.5V p-p MP28 ORDERING INFORMAT
10	SP8714	Mitel Networks	2100MHz Very Low Current Multi-Modulus Divider a power down facility for battery economy. The RF inputs are internally biased and should be capacitively coupled to the signal source. The output is designed to interface with CMOS synthesisers. RF INPUT VCC RATIO SELECT OUTPUT 1 2 3 4 SP8714 8 7
11	SP8830	Mitel Networks	1.5GHz 10 Prescaler q q Ordering Information SP8830 A DG SP8830 B DG DES9157201/AC/DGAZ (SMD) High Speed Operation 1 ·5GHz Silicon Technology for Low Phase Noise (Typically Better Than 2140dBc / Hz at 10kHz) Very Low Power Dissipation: 150mW (Typ.) Single 5V Supply Ope
12	SP8858	Mitel Networks	15GHz Professional Synthesiser s Low Residual Phase Noise (see Reference 1) s Operation to 1 ·5GHz over Full Temperature Range s High Input Sensitivity s Improved Linear Digital Phase Detector s Programmable Charge Pump Current: 10µA to 2 mA s On-chip 416/17 or 48/9 Dual Modulus Pr
13	SP8858MGHCAR	Mitel Networks	15GHz Professional Synthesiser s Low Residual Phase Noise (see Reference 1) s Operation to 1 ·5GHz over Full Temperature Range s High Input Sensitivity s Improved Linear Digital Phase Detector s Programmable Charge Pump Current: 10µA to 2 mA s On-chip 416/17 or 48/9 Dual Modulus Pr
14	SP8904KG	Mitel Networks	5GHZ 4 Fixed Modulus Divider G Very High Operating Speed G Operation down to DC with Square Wave Input G Silicon Technology for Low Phase Noise Absolute Maximum Ratings Supply voltage, VCC 6 ·5V Storage temperature 265°C to 1150°C Maximum junction temperature 1150°C Prescaler in
15	SP8400	Mitel Networks	Very Low Phase Noise Synthesiser Divider s Very low Phase Noise (Typically -156dBc/Hz at 1kHz offset) s Supply Voltage 5V ABSOLUTE MAXIMUM RATINGS Supply Voltage Output Current Storage Temperature Range Maximum Clock Input Voltage 6.5V 20mA -55°C to +125°C 2.5V p-p MP28 Fig.1 Pin connect
16	SP8400KGMPES	Mitel Networks	Very Low Phase Noise Synthesiser Divider s Very low Phase Noise (Typically -156dBc/Hz at 1kHz offset) s Supply Voltage 5V ABSOLUTE MAXIMUM RATINGS Supply Voltage Output Current Storage Temperature Range Maximum Clock Input Voltage 6.5V 20mA -55°C to +125°C 2.5V p-p MP28 Fig.1 Pin connect
17	SP8401KGMPES	Mitel Networks	Very Low Phase Noise 300MHz 10/11 s Very low Phase Noise (Typically -160dBc/Hz at 1kHz offset) s Supply Voltage 5V ABSOLUTE MAXIMUM RATINGS Supply Voltage Output Current Storage Temperature Range Maximum Clock Input Voltage 6.5V 20mA -55°C to +125°C 2.5V p-p MP28 ORDERING INFORMAT
18	SP8402KGMPES	Mitel Networks	Very Low Phase Noise Divider by 2N s Very low Phase Noise (Typically -155 to 160dBc/Hz at 1kHz offset) s Supply Voltage 5V ABSOLUTE MAXIMUM RATINGS Supply Voltage Output Current Storage Temperature Range Maximum Clock Input Voltage 6.5V 20mA -55°C to +125°C 2.5V p-p MP28 Fig.1 Pin
19	SP8713	Mitel Networks	1100MHz Very Low Current Three Modulus Divider a power down facility for battery economy. The RF inputs are internally biased and should be capacitively coupled to the signal source. The output is designed to interface with CMOS synthesisers, such as the NJ88C50. RF INPUT VCC MODULUS CONTROL 1 O
20	SP8713IGMPAC	Mitel Networks	1100MHz Very Low Current Three Modulus Divider a power down facility for battery economy. The RF inputs are internally biased and should be capacitively coupled to the signal source. The output is designed to interface with CMOS synthesisers, such as the NJ88C50. RF INPUT VCC MODULUS CONTROL 1 O