© 2001 California Micro Devices Corp. All rights reserved.
3/6/2001 1
215 Topaz Street, Milpitas, California 95035 Tel: (408) 263-3214 Fax: (408) 263-7846 www.calmicro.com
PRC202/212
CALIFORNIA MICRO DEVICES
AC Termination Network
Features
• Stable resistor-capacitor network
• No signal delays
• 18 terminating lines/package
• Saves board space and component cost
Product Description
CAMD’s PRC202/212 Integrated Resistor-Capacitor
Termination Network is designed to eliminate transmis-
sion line effects on high speed data lines. This thin film
network can support (terminate) 18 data lines, and
requires no DC power. The small surface mount pack-
ages improve board yields and reliability, minimize space
and routing problems on the board, and reduce assembly
costs. The PRC202/212 is a space efficient and cost
effective replacement for conventional MLCC surface
mount chip resistors and capacitors.
Why thin film RC networks? A terminating RC is used to
reduce or eliminate reflections on a transmission line. It
can perform this function only when its impedance value
Applications
• AC Terminator
• Low Pass Filter
• Power Supply Filtering
C1180600
matches the characteristic impedance of the transmis-
sion line.
Passive components affect the electrical performance of
electronic systems. In reality, every resistor has some
parasitic series inductance and a parasitic capacitance;
and every capacitor has both series resistance and
inductance. At low speeds, these parasitics do not affect
the performance of resistors and capacitors. However, at
higher speeds, these parasitics cause mismatch in a
termination. To prevent these problems in high speed
digital designs, a designer must take special care in
selecting passive components or networks.
20 19 18 17 16 15 14 13 12 11
1423 5 678910
S
TANDARD PART
O
RDERIN
G
INF
O
RMATI
ON
Packa
g
e Orderin
g
Part Numbe
r
R
C
C
ode Pin
s
St
y
le T
ubes
Ta
p
e & Reel Part Markin
101/101A 20 SOICW PRC202101K/101M/T PRC202101K/101M/R PRC202101K/101M
330/470A 20 SOICW PRC202330K/470M/T PRC202330K/470M/R PRC202330K/470M
470/330A 20 SOICW PRC202470K/330M/T PRC202470K/330M/R PRC202470K/330M
470/470A 20 SOICW PRC202470K/470M/T PRC202470K/470M/R PRC202470K/470M
500/181A 20 SOICW PRC202500K/181M/T PRC202500K/181M/R PRC202500K/181M
750/500A 20 SOICW PRC202750K/500M/T PRC202750K/500M/R PRC202750K/500M
101/101A 20 QSOP PRC212101K/101M/T PRC212101K/101M/R PRC212101K/101M
330/470A 20 QSOP PRC212330K/470M/T PRC212330K/470M/R PRC212330K/470M
470/470A 20 QSOP PRC212470K/470M/T PRC212470K/470M/R PRC212470K/470M
470/330A 20 QSOP PRC212470K/330M/T PRC212470K/330M/R PRC212470K/330M
500/181A 20 QSOP PRC212500K/181M/T PRC212500K/181M/R PRC212500K/181M
750/500A 20 QSOP PRC212750K/500M/T PRC212750K/501M/R PRC212750K/501M
SC
HEMATI
C
CO
NFI
GU
RATI
ON
©2001 California Micro Devices Corp. All rights reserved.
3/6/2001
215 Topaz Street, Milpitas, California 95035 Tel: (408) 263-3214 Fax: (408) 263-7846 www.calmicro.com
2
PRC202/212
CALIFORNIA MICRO DEVICES
California Micro Devices can develop a fully customized
solution which embodies the configuration shown in this
data sheet or modified to suit specific application
requirements. A Non-Recurring Engineering (NRE)
charge will apply for all fully customized requirements
and a minimum order/lot will be required.
Please direct your detailed circuit configuration and
specification requirements to your local CAMD represen-
tative or to the factory for a quotation.
S
TANDARD
S
PE
C
IFI
C
ATI
O
N
S
Absolute Tolerance
(
R
)
±
1
0%
Absolute Tolerance
(
C
)
±
2
0%
Operating Temperature Range 0°C to 70°C
Power Rating/Resistor 100mW
Storage Temperature –65°C to 150°C
Package Power Rating 1W, MAX
Part Number Key
S
TANDARD VAL
U
E
S
R
(
Ω
)
C
(
pF
)
Br
ea
k
do
w
n
R
C
C
od
e
Volta
g
e MAX
33
47 133V 330/470A
47
47 133V 470/470A
47
33 93V 470/330A
50
180 26V 500/181A
75
50 123V 750/500A
100
100 48V 101/101A
N
O
N-
S
TANDARD VAL
U
E
S
Resistance Ran
g
e1
0
Ω
to 1
50
Ω
Capacitance Ran
g
e 25pF to 250p
F
PRC202
PRC212 XXX
Part Series
Resistance Code
• First 2 digits are
significant value
• Third digit represents
number of zeros to follow
e.g., code for 33Ω is 330
Resistor Tolerance
J = ±5%
K = ±10%
M = ±20%
Capacitance Code
• First 2 digits are significant
value.
• Third digit represents
number of zeros to follow
e.g., code for 120pF is 121.
Capacitor Tolerance
J = ±5%
K = ±10%
M = ±20%
JJ/ XXX