![Resistor network, SIP-6, 1 MΩ, 0.2 W, ±2 %, 5 resistors, 4606X-101-105LF](/en/images/3ca/8832065470494/258x258/resistor-network-sip-6-1-m-0-2-w-2-5-resistors-4606x-101-105lf.png)
Resistor Networks
![Resistor network, SIP-6, 1 MΩ, 0.2 W, ±2 %, 5 resistors, 4606X-101-105LF](/en/images/3ca/8832065470494/258x258/resistor-network-sip-6-1-m-0-2-w-2-5-resistors-4606x-101-105lf.png)
![Resistor network, SIP-8, 1 kΩ, 0.3 W, ±2 %, 4 resistors, 4608X-102-102LF](/en/images/a01/8832053903390/258x258/resistor-network-sip-8-1-k-0-3-w-2-4-resistors-4608x-102-102lf.png)
![Resistor network, SIP-4, 3.3 kΩ, 0.3 W, ±2 %, 2 resistors, 4604X-102-332LF](/en/images/a01/8832053903390/258x258/resistor-network-sip-4-3-3-k-0-3-w-2-2-resistors-4604x-102-332lf.png)
![Resistor network, SIP-9, 1 kΩ, 0.2 W, ±2 %, 9 resistors, 4610X-101-102LF](/en/images/3ca/8832065470494/258x258/resistor-network-sip-9-1-k-0-2-w-2-9-resistors-4610x-101-102lf.png)
![Resistor network, SIP-5, 2.2 kΩ, 0.2 W, ±2 %, 4 resistors, 4605X-101-222LF](/en/images/3ca/8832065470494/258x258/resistor-network-sip-5-2-2-k-0-2-w-2-4-resistors-4605x-101-222lf.png)
![Resistor network, SIP-9, 2.7 kΩ, 0.125 W, ±2 %, 8 resistors, L09-1 272 2K7](/en/images/256/8832042565662/258x258/resistor-network-sip-9-2-7-k-0-125-w-2-8-resistors-l09-1-272-2k7.png)
![Resistor network, SIP-9, 47 kΩ, 0.2 W, ±2 %, 8 resistors, 4609X-101-473LF](/en/images/3ca/8832065470494/258x258/resistor-network-sip-9-47-k-0-2-w-2-8-resistors-4609x-101-473lf.png)
![Resistor network, DIP-14, 1.5 kΩ, 0.25 W, ±2 %, 7 resistors, 4114R-1-152LF](/en/images/860/8831957565470/258x258/resistor-network-dip-14-1-5-k-0-25-w-2-7-resistors-4114r-1-152lf.png)
![Resistor network, SOIC-16, 22 kΩ, 0.16 W, ±2 %, 8 resistors, 4816P-1-223LF](/en/images/ae6/8832146702366/258x258/resistor-network-soic-16-22-k-0-16-w-2-8-resistors-4816p-1-223lf.png)
![Resistor network, SMD 2012, 6.8 kΩ, 0.125 W, ±5 %, 4 resistors, YC324-JK-076K8L](/en/images/231/8832151093278/258x258/resistor-network-smd-2012-6-8-k-0-125-w-5-4-resistors-yc324-jk-076k8l.png)
![Resistor network, SMD 1206, 3.3 kΩ, 0.063 W, ±5 %, 4 resistors, YC164-JR-073K3L](/en/images/565/8832094634014/258x258/resistor-network-smd-1206-3-3-k-0-063-w-5-4-resistors-yc164-jr-073k3l.png)
![Resistor network, SIP-7, 10 kΩ, 0.2 W, ±2 %, 6 resistors, 4607X-101-103LF](/en/images/3ca/8832065470494/258x258/resistor-network-sip-7-10-k-0-2-w-2-6-resistors-4607x-101-103lf.png)
![Resistor network, SIP-8, 39 kΩ, 0.2 W, ±2 %, 4 resistors, L08-3S 393 39K](/en/images/7e1/8831969886238/258x258/resistor-network-sip-8-39-k-0-2-w-2-4-resistors-l08-3s-393-39k.png)
![Resistor network, DIP-16, 47 kΩ, 0.25 W, ±2 %, 8 resistors, 4116R-1-473LF](/en/images/860/8831957565470/258x258/resistor-network-dip-16-47-k-0-25-w-2-8-resistors-4116r-1-473lf.png)
![Resistor network, SIP-4, 1 kΩ, 0.2 W, ±2 %, 3 resistors, 4604X-101-102LF](/en/images/3ca/8832065470494/258x258/resistor-network-sip-4-1-k-0-2-w-2-3-resistors-4604x-101-102lf.png)
![Resistor network, SIP-10, 4.7 kΩ, 0.3 W, ±2 %, 5 resistors, 4610X-102-472LF](/en/images/a01/8832053903390/258x258/resistor-network-sip-10-4-7-k-0-3-w-2-5-resistors-4610x-102-472lf.png)
![Resistor network, SOIC-16, 47 kΩ, 0.08 W, ±2 %, 15 resistors, 4816P-T02-473LF](/en/images/2c5/8832397410334/258x258/resistor-network-soic-16-47-k-0-08-w-2-15-resistors-4816p-t02-473lf.png)
![Resistor network, SIP-11, 4.7 kΩ, 0.2 W, ±2 %, 10 resistors, 4611X-101-472LF](/en/images/3ca/8832065470494/258x258/resistor-network-sip-11-4-7-k-0-2-w-2-10-resistors-4611x-101-472lf.png)
![Resistor network, SMD 1206, 100 Ω, 62.5 mW, ±1 %, 4 resistors, CAY16-1000F4LF](/en/images/3ee/9078614392862/258x258/resistor-network-smd-1206-100-62-5-mw-1-4-resistors-cay16-1000f4lf.png)
![Resistor network, SIP-6, 3.3 kΩ, 0.3 W, ±2 %, 3 resistors, 4606X-102-332LF](/en/images/a01/8832053903390/258x258/resistor-network-sip-6-3-3-k-0-3-w-2-3-resistors-4606x-102-332lf.png)
When multiple resistors are combined in a single package, they are called resistor networks. These are integrated circuits - the ideal space-saving solutions for integrating different resistor movements into one design. Resistor networks can be used in diverse configurations such as series and parallel arrangements or in mixed arrangements.
They are used in electronics to divide voltages or limit current flows. They are passive components that have surface mount or through-hole designs. Depending on the application, these resistor networks are available with different tolerances, resistor units and power ratings.