KC3225L-P2 / Kyocera Kinseki Corpotation

KC3225L-P2 Datasheet with Chat AI

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# Example questions: ➢ What are the primary design or application differences that would necessitate choosing the extended temperature range option?
➢ Can you explain a typical application scenario where using the 'l' level (high z - no oscillation) on the inh pin would be beneficial, and what problem does it solve?
➢ What are the available frequency stability options, specifically the tolerance levels (e.g., ±25ppm, ±50ppm), and how do these options affect the price?

Part No.	KC3225L-P2
Manufacturer	KSS
Size	84 Kbytes
Pages	1 page
Description	Clock Oscillators

Datasheet Summary with AI

1. Part Number Decoding (Example: KC1234XYZ)

Based on the "How to Order" section, the part number structure appears to be:

️· KC: Likely a prefix identifying the product family (KC is assumed, based on the example)
️· 1234: A numerical identifier for a specific frequency or variant.
️· X: Indicates the Output Type (likely LVPECL, but verify in the complete documentation).
️· Y: Indicates Temperature Grade.
️· Z: Packaging type. (Verify complete list)

2. "How to Order" - Key Choices

️· Frequency: You'll choose a numerical value for "1234" based on the desired frequency. (A full table would list available frequencies.)
️· Output Type:
- X: Indicates output type (e.g., LVPECL)
️· Temperature Grade:
- Y: Specify the temperature grade (e.g., Commercial, Industrial, Military)
️· Packaging: Z indicates the packaging (e.g., DIP, SOIC, Surface Mount). A complete list will specify the available options.

3. Key Specifications (From the Provided Data)

️· Output Type: LVPECL (Assumed from X)
️· Operating Frequency: The exact frequency is determined by the '1234' part of the part number. Refer to a complete frequency table.
️· Supply Voltage (VCC): +2.375 to +2.625V or +2.97 to +3.63V
️· Operating Temperature:
- Commercial: 0°C to +70°C
- Industrial: -40°C to +85°C
- Military: -55°C to +125°C
️· Output Characteristics:
- Low-Level Output Voltage: Vcc - 1.810 to Vcc - 1.620
- High-Level Output Voltage: Vcc - 1.025 to Vcc - 0.880
️· Current Consumption (ICC): Up to 60mA or 70mA depending on frequency
️· Jitter: 2 max.
️· Phase Noise: See table in datasheet
️· Package: See table in datasheet

4. Important Notes & Limitations

️· Incomplete Datasheet: This is *not* a complete datasheet. Many details (electrical, mechanical, regulatory) are missing. You're using a partial data sheet here.
️· Frequency Table Needed: You *must* have a full frequency table to determine the correct part number for the required frequency.
️· Full Parameter List: A complete datasheet will include a comprehensive list of all electrical, mechanical, and environmental parameters.
️· Pinout: The pinout is missing.
️· Mechanical Dimensions: Mechanical dimensions of the package are missing.