SP5654 Datasheet, PDF (4/15 Pages) Zarlink Semiconductor Inc – 2.7GHz 3-WIRE BUS CONTROLLED SYNTHESISER

SP5654
ELECTRICAL CHARACTERISTICS
T_amb= –20°C to )80°C, V_CC=)4.5V to )5.5V. Reference frequency =4MHz. These characteristics are guaranteed by
either production test or design. They apply within the specified ambient temperature and supply voltage ranges unless
otherwise stated.
Characteristics
Supply current
Prescaler Input Voltage
Symbol Pin
Value
Units
Min
Typ
Max
Conditions
I_CC
12
30
40
mA Typical applies to V_CC = 5V
13, 14
12.5
300
mV_rms 300MHz to 2GHz sinewave.
40
Prescaler Input Impedance
Input Capacitance
13, 14
Data Clock and Enable
High Level Input Voltage
4, 5, 10
3
Low Level Input Voltage
4, 5, 10
0
High Level Input Current
4, 5, 10
Low Level Input Current
4, 5, 10
Input Hysteresis
4, 5, 10
Clock Rate
5
Timing Information
Data Setup Time
Data Hold Time
Enable Setup time
Enable Hold Time
Clock–to–Enable Time
t_SU
4
300
t_HD
4
600
t_ES
10
300
t_EH
10
600
t_CE
10
300
Clock Low Period
t_LO
5
600
Clock High Period
Mode Select
t_HI
5
600
High Level Input Current
3
Low Level Input Current
3
Charge Pump Output Current
1
Charge Pump Output Current
Charge Pump Output
Leakage Current
Charge Pump Drive Output
Current
Charge Pump Amplifier Gain
Oscillator Temperature
Stability
Oscillator Stability with
Supply Voltage
Recommended Crystal
Series Resistance
Crystal Oscillator Drive Level
Crystal Oscillator Negative
Resistance
Reference Crystal Frequency
External Reference input
Frequency
External Reference input
Amplitude
1
1
16
1
10
2
2
750
2
4
2
2
2
400
300
mV_rms 120MHz & 2.7GHz See Fig.6.
50
W
2
pF
V_CC
V
1.5
V
10
mA
V_IN=5.5V V_CC=5.5V
–10
mA
V_IN=0V V_CC=5.5V
0.8
V
500
kHz
ns See Fig.4
ns See Fig. 4
ns See Fig. 4
ns See Fig. 4
ns See Fig. 4
ns See Fig. 4
ns See Fig. 4
150
50
6400
80
700
–700
5
2
2
200
8
16
1000
mA
V_IN=5.5V V_CC=5.5V
mA
V_IN=0V V_CC=5.5V
mA V pin 1 = 2.0V, device ‘out of
lock’
mA V pin 1 = 2.0V, device ‘locked’
nA V pin 1 = 2.0V, charge pump
disabled
mA V pin 16 = 0.7V
Pin 18 Current = 100mA
ppm/°C
ppm/V
W
mV p–p
W
MHz
MHz
‘‘Parallel resonant crystal.” Fig-
ure quoted is under all condi-
tions including start up.
Includes temperature and
process tolerances
AC coupled sinewave
mV_p–p AC coupled sinewave
2