Please see the attached PDF for the answers to the following questions: 

1      What is the main difference between the Si5334, Si5335, and Si5338?

2      Where is the RoHs, REACH, or other material related compliance information for the Si5334, Si5335, and Si5338?

3      Where is the FIT information for the Si5334, Si5335, and Si5338?

4      How can I get a Si5334, Si5335, and Si5338 with a custom startup frequency?

5      What is the default I2C Address of the Si5338 when the part does not have an I2C_LSB pin or a custom address?

6      What finish is used on the contacts of the Si5334, Si5335, or Si5338?

7      How can I burn the NVM on a blank Si5338 part?

8      Will the ClockBuilder Pro Field Programmer (CBPROG-DONGLE) work with the Si5334, Si5335, or Si5338?

9      Where can I find software for the Si5338 Field Programmer?

10    How can I use a CBPro project file with the Field Programmer?

11   Does the Si5338 support in-circuit NVM programming?

12   Can I import a Si5338 ClockBuilder Desktop NVM file into ClockBuilder Pro?

13   How do I control the Si5338-EVB?

14   What if I want a feature in my custom Si5334, Si5335, or Si5338 that is not configurable in ClockBuilder Pro?

15   What is the minimum slew rate for the power supply ramp on Vdd?

16   What power supply sequence/delay is required for Vdd and VDDOx?

17   What should unused VDDOx pins be connected to?

18   When an LOS or LOL occurs, will the outputs be  squelched?

19   What do I need to communicate to a Si5338 via I2C?

20   How do I configure a Si5338 via I2C?

Please see the attached PDF for the answers to the following questions: 

1      Are the Si515 and Si516 pin-outs, PCB land patterns, and package dimensions compatible with industry standards?

2      What is the material composition of the pins?

3      What is the MSL (Moisture Sensitivity Level) of the ceramic packages?

4      What is the MSL (Moisture Sensitivity Level) of the 2.5x3.2mm package?

5      Are the CLCC packages hermetically sealed?

6      What about RoHS, REACH or other materials related compliance information?

7      Are any flame retardants (Halogen compounds) used in the Si515 or Si516 packages?

8      How much do the Si515 and Si516 oscillators weigh?

9      Are the oscillator products available in Tape & Reel?

10   What is the maximum operating junction temperature for the Si515 and Si516 devices?

11   What are ΘJA and ΘJC for the Si515 and the Si516?

12   What is the Coefficient of Thermal Expansion (CTE) in the plane of the PWB (x and y) for the 2.5x3.2mm package?

13   What is the typical temperature rise of the Si515 and Si516?

14   Are the devices compatible with both leaded and “lead-free” assembly processes?

15   What are the maximum reflow temperatures and profiles recommended for “lead-free” and “leaded” solder reflow processes?

16   Where is the FIT information for the Si515 and Si516?

17   What are the qualification test requirements for Silicon Laboratories’ lead-free, RoHS-compliant, CLCC package technology?

18   Is the FS pin on a Si515 or Si516 internally pulled up or pulled down?

19   What is Absolute Pull Range (APR)?

20   Why is there no Min APR listed for 2.5v or 1.8v for certain Kv values?

Please see the attached PDF for the answers to the following questions: 

1      Are the Si510, Si511, Si512, or Si513 pin-outs, PCB land patterns, and package dimensions compatible with industry standards?

2      What is the material composition of the pins?

3      What is the MSL (Moisture Sensitivity Level) of the ceramic packages?

4      What is the MSL (Moisture Sensitivity Level) of the 2.5x3.2mm package?

5      Are the CLCC packages hermetically sealed?

6      What about RoHS, REACH or other materials related compliance information?

7      Are any flame retardants (Halogen compounds) used in the Si510, Si511, Si512, and Si513 package?

8      How much do the Si510, Si511, Si512, and Si513 oscillators weigh?

9      Are the oscillator products available in Tape & Reel?

10   What is the maximum operating junction temperature for the Si510, Si511, Si512, and Si513?

11   What are ΘJA and ΘJC for the Si510, Si511, Si512, and Si513?

12   What is the Coefficient of Thermal Expansion (CTE) in the plane of the PWB (x and y) for the 2.5x3.2mm package?

13   What is the typical temperature rise of the Si510, Si511, Si512, or Si513?

14   Are the devices compatible with both leaded and “lead-free” assembly processes?

15   What are the maximum reflow temperatures and profiles recommended for “lead-free” and “leaded” solder reflow processes?

16   Where is the FIT information for the Si510, Si511, Si512, and Si513?

17   What are the qualification test requirements for Silicon Laboratories’ lead-free, RoHS-compliant, CLCC package technology?

18   Is the FS pin on a Si510, Si511, Si512, or Si513 internally pulled up or pulled down?

Please see the attached PDF for the answers to the following questions:

1      Is the Si514 pin-out, PCB land pattern, and package dimensions compatible with industry standards?

2      What is the material composition of the pins?

3      What is the MSL (Moisture Sensitivity Level) of the ceramic packages?

4      What is the MSL (Moisture Sensitivity Level) of the 2.5x3.2mm package?

5      Are the CLCC packages hermetically sealed?

6      What about RoHS, REACH or other materials related compliance information?

7      Are any flame retardants (Halogen compounds) used in the Si514 package?

8      How much does the Si514 oscillators weigh?

9      Are the oscillator products available in Tape & Reel?

10   What is the maximum operating junction temperature for the Si514?

11   What is the ΘJA and ΘJC for the Si514?

12   What is the Coefficient of Thermal Expansion (CTE) in the plane of the PWB (x and y) for the 2.5x3.2mm package?

13   What is the typical temperature rise of the Si514?

14   Are the devices compatible with both leaded and “lead-free” assembly processes?

15   What are the maximum reflow temperatures and profiles recommended for “lead-free” and “leaded” solder reflow processes?

16   Where is the FIT information for the Si514?

17   What are the qualification test requirements for Silicon Laboratories’ lead-free, RoHS-compliant, CLCC package technology?

18   What is the I2C address of my Si514?

19   Is the I2C Bus working correctly?

Please see the attached PDF for the answers to some of the most common Si595, Si596, and Si597 questions. 

Please see the attached PDF for the answers to some of the most common Si598 and Si599 questions.

Please see the attached PDF for the answers to some of the most common Si55x Questions. 

Please see the attached PDF for the answers to some of the most common Si53x questions.

Please see the attached PDF for the answers to the following questions.

1      Are Si564 and Si569 pin-outs, PCB land patterns, and package dimensions compatible with industry standards?

2      What is the material composition of the pins?

3      What is the MSL (Moisture Sensitivity Level) of the ceramic packages?

4      What about RoHS, REACH or other materials related compliance information?

5      How much do the Si564 and Si569 oscillators weigh?

6      Are the oscillator products available in Tape & Reel?

7      What is the maximum operating junction temperature for Si564 and Si569 devices?

8      What are ΘJA and ΘJB for the Si564 and Si569 devices?

9      What are the maximum reflow temperatures and profiles recommended for “lead-free” and “leaded” solder reflow processes?

10   What is Absolute Pull Range (APR)?

11   Why is there no Min APR listed for 2.5v or 1.8v when Kv = 60 ppm/V, or 1.8V when Kv = 75 ppm/V?

12   What is the I2C address of my custom oscillator?

13    Where is the FIT information for the Si564 or the Si569?

14    What is the state of the output when it is disabled by OE?

15    What happens to the output clock when the Frequency Select (FS) pin is toggled?

16    Can these oscillators output a sine wave instead of a square wave?

Please see the attached PDF for the answers to the following questions.

1      Are Si560, Si561, Si562 pin-outs, PCB land patterns, and package dimensions compatible with industry standards?

2      What is the material composition of the pins?

3      What is the MSL (Moisture Sensitivity Level) of the ceramic packages?

4      What about RoHS, REACH or other materials related compliance information?

5      How much do the Si560, Si561, Si562 oscillators weigh?

6      Are the oscillator products available in Tape & Reel?

7      What is the maximum operating junction temperature for Si560, Si561, Si562 devices?

8      What are ΘJA and ΘJB for the Si560, Si561, and Si562 devices?

9      What are the maximum reflow temperatures and profiles recommended for “lead-free” and “leaded” solder reflow processes?

10    Where is the FIT information for the Si560, Si561, or the Si562?

11    What is the state of the output when it is disabled by OE?

12     What happens to the output clock when the Frequency Select (FS) pin is toggled?

13    Can these oscillators output a sine wave instead of a square wave?