STCL1100_10 Datasheet, PDF (11/18 Pages) STMicroelectronics – High frequency silicon oscillator family

STCL1100 STCL1120 STCL1160
DC and AC parameters
Table 3.
Sym
DC and AC parameters⁽¹⁾
Description
Test condition
Min
Typ Max Unit
V_CC Operating voltage
I_CC Operating current
4.5
F_OUT = 10 MHz, output unloaded
F_OUT = 10 MHz, output
unloaded, 0 to +105 °C
(STCL1100YBFCWY7)
5.0
5.5
V
590 800 µA
590 900 µA
F_OUT = 12 MHz, output unloaded
650 900 µA
F_OUT = 16 MHz, output unloaded
800 1050 µA
I_CC2 Standby current
CE = 0 V
2
3
µA
V_OL Output voltage low
I_OL = 3 mA
0.4
V
V_OH Output voltage high
I_OH = –3 mA
V_CC –0.4 V
V
V_IL Input low voltage (CE input)
0.8
V
V_IH Input high voltage (CE input)
2
V
I_LI Input leakage current (CE input)
–1
+1
µA
Frequency accuracy
over all conditions⁽²⁾, ⁽³⁾
V_CC = 4.5 to 5.5 V,
–20 to +85 °C (0 to +105 °C
for STCL1100YBFCWY7)
±1.5 %
Jitter
Duty cycle
t_START Startup time⁽⁴⁾
Period jitter, over 20 s
Taken at half of the signal
40
amplitude
From the point when V_CC
reached min operating voltage or
CE went active until the
oscillations stabilize within
specifications.
±150
50
ps_P-P
60
%
10
20
µs
t_R, t_F Rise/fall time
C_L = 12 pF; 10 to 90% of the
amplitude
5
ns
C_L Load capacitance
12
pF
1. Valid for Ambient Operating Temperature: T_A = –20 to +85 °C; V_CC = 4.5 to 5.5 V (except where noted).
2. Frequency vs. temperature characteristics has its maximum at room temperature, for both higher and lower temperatures
the frequency decreases. Therefore, to reach symmetrical tolerances, the devices are factory-trimmed at room temperature
to the frequency value close to higher tolerance limit. See Typical operating characteristics.
3. The specified values are for the recommended configuration, i.e. parts properly soldered on PCB, with 0.1 µF ceramic
capacitor soldered close to the V_CC-GND pins and short leads between the output and scope probe (to minimize signal
reflections; see output waveform screenshots for various conditions). Recommended is usage of the active scope probe
that adds around 1 pF of the load capacity to the total load and having frequency counter connected to the scope output as
input capacitance of the counter is typically in tens of pF. Installing the device in a socket may have an influence on the
frequency and repeatability as well, depending on quality of its contacts.
4. For details see startup waveform graph - Figure 8.
Doc ID 13337 Rev 5
11/18