Mfr. #: | LMK04828BISQE/NOPB |
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Manufacturer: | Texas Instruments |
Description: | Clock Synthesizer / Jitter Cleaner Low Jitter Synthsizr & Jitter Cleane |
Lifecycle: | New from this manufacturer. |
Datasheet: | LMK04828BISQE/NOPB Datasheet |
Product belongs to the PLLatinum series. Type: Jitter Cleaner Digi-ReelR Alternate Packaging is the packaging method for this product SMD/SMT Mounting-Style WQFN-64 Operational temperature range: -40°C ~ 85°C Surface Mount mounting type Voltage Supply Range: 3.15 V ~ 3.45 V Supplier device package: 64-WQFN (9x9) Input type: LVCMOS, LVDS, LVPECL The HSDS, LCPECL, LVCMOS, LVDS, LVPECL. 1 is 8. The Ratio-Input:Output for this product is 1899/12/30 3:15:00. Differential input and output are both available: Yes/Yes Maximum frequency of 3.08GHz Yes/No Divider-Multiplier Number-of-Outputs: 15 Output Maximum operating temperature of + 85 C Minimum operating temperature: - 40 C 665 mA is 92 nA. Maximum supply voltage of 3.45 V Minimum supply voltage is 3.1 V Maximum-Input-Frequency: 750 MHz Maximum output frequency is 3100 MHz. HSDS LVCMOS LVDS LVPECL is the output level. This product has an LVPECL LVDS LVCMOS for easy integration with other devices.
Image shown is a representation only. Exact specifications should be obtained from the product data sheet.
LMK04828BISQE/NOPB Specifications
A: What is the Series of the product?
Q: The Series of the product is PLLatinum.
A: At what frequency does the Type?
Q: The product Type is Jitter Cleaner.
A: Is the cutoff frequency of the product Packaging?
Q: Yes, the product's Packaging is indeed Digi-ReelR Alternate Packaging
A: What is the Mounting-Style of the product?
Q: The Mounting-Style of the product is SMD/SMT.
A: At what frequency does the Package-Case?
Q: The product Package-Case is WQFN-64.
A: Is the cutoff frequency of the product Operating-Temperature?
Q: Yes, the product's Operating-Temperature is indeed -40°C ~ 85°C
A: At what frequency does the Mounting-Type?
Q: The product Mounting-Type is Surface Mount.
A: What is the Voltage-Supply of the product?
Q: The Voltage-Supply of the product is 3.15 V ~ 3.45 V.
A: What is the Supplier-Device-Package of the product?
Q: The Supplier-Device-Package of the product is 64-WQFN (9x9).
A: At what frequency does the Input?
Q: The product Input is LVCMOS, LVDS, LVPECL.
A: Is the cutoff frequency of the product Output?
Q: Yes, the product's Output is indeed HSDS, LCPECL, LVCMOS, LVDS, LVPECL
A: At what frequency does the Number-of-Circuits?
Q: The product Number-of-Circuits is 1.
A: What is the Ratio-InputOutput of the product?
Q: The Ratio-InputOutput of the product is 1899/12/30 3:15:00.
A: Is the cutoff frequency of the product Differential-InputOutput?
Q: Yes, the product's Differential-InputOutput is indeed Yes/Yes
A: Is the cutoff frequency of the product Frequency-Max?
Q: Yes, the product's Frequency-Max is indeed 3.08GHz
A: At what frequency does the Divider-Multiplier?
Q: The product Divider-Multiplier is Yes/No.
A: Is the cutoff frequency of the product Number-of-Outputs?
Q: Yes, the product's Number-of-Outputs is indeed 15 Output
A: At what frequency does the Maximum-Operating-Temperature?
Q: The product Maximum-Operating-Temperature is + 85 C.
A: At what frequency does the Minimum-Operating-Temperature?
Q: The product Minimum-Operating-Temperature is - 40 C.
A: Is the cutoff frequency of the product Operating-Supply-Current?
Q: Yes, the product's Operating-Supply-Current is indeed 665 mA
A: What is the Supply-Voltage-Max of the product?
Q: The Supply-Voltage-Max of the product is 3.45 V.
A: At what frequency does the Supply-Voltage-Min?
Q: The product Supply-Voltage-Min is 3.1 V.
A: What is the Maximum-Input-Frequency of the product?
Q: The Maximum-Input-Frequency of the product is 750 MHz.
A: At what frequency does the Max-Output-Freq?
Q: The product Max-Output-Freq is 3100 MHz.
A: What is the Output-Level of the product?
Q: The Output-Level of the product is HSDS LVCMOS LVDS LVPECL.
A: Is the cutoff frequency of the product Input-Level?
Q: Yes, the product's Input-Level is indeed LVPECL LVDS LVCMOS