Manufacturer
Please Input
- HTCSEMI
- onsemi
- XINLUDA
- Maxim Integrated / Analog Devices
- MaxLinear
- SILICON LABS
- STMicroelectronics
- Texas Instruments
- Microsemi
- THine Elec
- ADI (Analog Devices, Inc.)
- JRC (Nisshinbo Micro Devices)
- Holtek
- ROHM Semiconductor
- Intersil (Renesas Electronics Corporation)
- Microchip Technology
- Freescale Semiconductor, Inc. (NXP Semiconductors)
- Renesas Electronics Corporation
Package
Please Input
- qfn-24(4x4)
- -
- tssop-56
- qfn-36(6x6)
- tdfn-10(3x3)
- tssop-8
- vfqfpn-64(9x9)
- vfqfpn-32(5x5)
- vfqfpn-48(6x6)
- lga-64(10x5)
- qfn-32(5x5)
- ssop-56
- csbga-81(10x10)
- cabga-52(4.5x7.0)
- lbga-100(11x11)
- tdfn-8(1.4x1.6)
- tssop-16
- tssop-20
- tssop-64
- vfqfpn-56(8x8)
- lbga-144(13x13)
- qfn-72
- tqfp-100_ep(14x14)
- tqfp-64(10x10)
- vfqfpn-40(6x6)
- vfqfpn-72(10x10)
- bga-256(17x17)
- cabga-100(9x9)
- dip-8
- hvqfn-24(4x4)
- qfn-32
- qfn-48(6x6)
- soic-8
- ssop-28
- tssop-48
- vfqfpn-40
- aqfn-100(10x10)
- bga-196(15x15)
- cabga-176(8x13.5)
- cabga-196(15x15)
- cabga-64(9x9)
- csbga-256(17x17)
- csmt-24(4x4)
- lfcsp-32-wq(5x5)
- lqfp-64_10x10x05p
- micropak-6
- module
- ptqfp-48(7x7)
- qfn-20(3x3)
- qfn-40(5x5)
- qfn-64(9x9)
- qfn-72(10x10)
- soic-18
- tfbga-176(8x13.5)
- tqfp-100(14x14)
- tqfp-32_ep(5x5)
- vfqfpn-24(4x4)
- vqfn020v4040
- bga-253
- bga-52(7x4.5)
- bga-64
- cabga-144
- clcc-32
- cspbga-256(17x17)
- fbga-60
- fcbga-144(13x13)
- fcbga-225(16x16)
- fcbga-49(4x4)
- hwson-8
- lbga-144
- lbga-64(9x9)
- lcc-32(5x5mm)
- lfcsp-24-wq(4x4)
- lfcsp-32-vq(5x5)
- lfcsp-48-vq(7x7)
- lfcsp-vq-64
- lfcsp_vq-64
- lqfp-128
- mlp-28-ep(5x5)
- qfn-48(5x9)
- soic-28
- sop-8
- sop-8_208mil
- ssop-16b
- ssop-48
- tqfn-32(5x5)
- tqfn-68_ep(8x8)
- tssop-28
- vct-24
- vfbga-60
- vfqfn-16(3x3)
- vfqfpn-48
- vfqfpn-48(7x7)
- vfqfpn-56(7x7)
Packaging
Please Input
- tape
- pallet
- reel
- tray
- tube
- -
- bag
Images | Mfr.Part # | Category/Manufacturer/Package/Packaging | RoHS | Price | Quantity | Operate |
|---|
 | AD9524BCPZIC INTEGER-N CLCK GEN 48LFCSP | Category：Clock / Timing - Application Specific Manufacturer：ADI (Analog Devices, Inc.) Package：LFCSP-48-VQ(7x7) Packaging：Pallet |  | |||
| M4T32-BR12SH6SNAPHAT BATT/CRYSTAL FOR SOIC | Category：Clock / Timing - Application Specific Manufacturer：STMicroelectronics Package：SOIC-28 Packaging：Tube | | |||
| FT7521L6XIC SUPERVISOR 6MICROPAK | Category：Clock / Timing - Application Specific Manufacturer：onsemi Package：MicroPAK-6 Packaging：Tape | | |||
| SI5338L-B07476-GM QFN-24(4x4) Clock / Timing - Application Specific ROHS | Category：Clock / Timing - Application Specific Manufacturer：SILICON LABS Package：QFN-24(4x4) Packaging：Tray | | |||
| SI5338A-B05637-GM SI5338A-B05637-GM | Category：Clock / Timing - Application Specific Manufacturer：SILICON LABS Package：QFN-24(4x4) Packaging：Pallet | | |||
| SI5338L-B07489-GMI2C CONTROL, 4-OUTPUT, ANY FREQU | Category：Clock / Timing - Application Specific Manufacturer：SILICON LABS Package：QFN-24(4x4) Packaging：Pallet | | |||
| SI5338P-B00390-GM QFN-24(4x4) Clock / Timing - Application Specific ROHS | Category：Clock / Timing - Application Specific Manufacturer：SILICON LABS Package：QFN-24(4x4) Packaging：Tray | | |||
| SI5338K-B03192-GM QFN-24(4x4) Clock / Timing - Application Specific ROHS | Category：Clock / Timing - Application Specific Manufacturer：SILICON LABS Package：QFN-24(4x4) Packaging：Tray | | |||
| SI5338K-B07155-GM QFN-24(4x4) Clock / Timing - Application Specific ROHS | Category：Clock / Timing - Application Specific Manufacturer：SILICON LABS Package：QFN-24(4x4) Packaging：Tray | | |||
| SI5338K-B07382-GM QFN-24(4x4) Clock / Timing - Application Specific ROHS | Category：Clock / Timing - Application Specific Manufacturer：SILICON LABS Package：QFN-24(4x4) Packaging：Tray | |
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Clock / Timing - Application SpecificClock and timing circuits that are application-specific are designed to meet the specific requirements of a particular application or system. These circuits are customized to suit the needs of the application, and may include features such as low jitter, high accuracy, or high frequency. For example, a clock and timing circuit used in a high-speed networking system may be designed to operate at very high frequencies, with low jitter and high accuracy, to enable the system to operate at high speeds and with low error rates. In contrast, a clock and timing circuit used in a consumer electronic device may be designed to be low-cost and low power, with less stringent performance requirements.
